MC

963b_c402

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  0.1 
0.002  40.0  0.1 
0.005  57.2  0.2 
0.010  66.7  0.4 
0.020  72.8  0.8 
0.050  77.0  2.0 
0.100  78.5  3.9 
0.200  79.3  7.3 
0.500  79.7  16.0 
1.000  79.9  26.7 
2.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hypo-competitive Incorrect non-competitive Incorrect pseudo-competitive Incorrect un-competitive Incorrect MC

d552_6ed4

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  40.0  6.7 
0.002  60.0  10.0 
0.005  85.8  14.3 
0.010  100.0  16.7 
0.020  109.1  18.2 
0.050  115.4  19.3 
0.100  117.7  19.7 
0.200  118.9  19.9 
0.500  119.6  20.0 
1.000  119.8  20.0 
2.000  119.9  20.0 
5.000  120.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Correct ortho-competitive Incorrect un-competitive Incorrect MC

08ae_f0ab

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.6  2.0 
0.002  3.1  3.7 
0.005  7.3  8.0 
0.010  13.4  13.4 
0.020  22.9  20.0 
0.050  40.0  28.6 
0.100  53.4  33.4 
0.200  64.0  36.4 
0.500  72.8  38.5 
1.000  76.2  39.3 
2.000  78.1  39.7 
5.000  79.3  39.9 
10.000  79.7  40.0 
20.000  79.9  40.0 
50.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hetero-competitive Incorrect iso-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

3484_28d7

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.2  0.6 
0.002  2.4  1.2 
0.005  5.5  2.9 
0.010  10.0  5.5 
0.020  17.2  10.0 
0.050  30.0  20.0 
0.100  40.0  30.0 
0.200  48.0  40.0 
0.500  54.6  50.0 
1.000  57.2  54.6 
2.000  58.6  57.2 
5.000  59.5  58.9 
10.000  59.8  59.5 
20.000  59.9  59.8 
50.000  60.0  59.9 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct dis-competitive Incorrect non-competitive Incorrect proto-competitive Incorrect un-competitive Incorrect MC

0f0d_a030

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  1.2 
0.002  30.0  2.4 
0.005  42.9  5.5 
0.010  50.0  10.0 
0.020  54.6  17.2 
0.050  57.7  30.0 
0.100  58.9  40.0 
0.200  59.5  48.0 
0.500  59.8  54.6 
1.000  59.9  57.2 
2.000  60.0  58.6 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect post-competitive Incorrect super-competitive Incorrect un-competitive Incorrect MC

e071_1e1f

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  0.8  0.1 
0.002  1.6  0.1 
0.005  3.7  0.1 
0.010  6.7  0.1 
0.020  11.5  0.1 
0.050  20.0  0.1 
0.100  26.7  0.2 
0.200  32.0  0.4 
0.500  36.4  1.0 
1.000  38.1  2.0 
2.000  39.1  3.7 
5.000  39.7  8.0 
10.000  39.9  13.4 
20.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct mis-competitive Incorrect non-competitive Incorrect supra-competitive Incorrect un-competitive Incorrect MC

2552_c95a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  23.4  0.3 
0.002  40.0  0.6 
0.005  70.0  1.4 
0.010  93.4  2.8 
0.020  112.0  5.4 
0.050  127.3  12.8 
0.100  133.4  23.4 
0.200  136.6  40.0 
0.500  138.7  70.0 
1.000  139.4  93.4 
2.000  139.7  112.0 
5.000  139.9  127.3 
10.000  140.0  133.4 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Correct extra-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

1c0d_a69b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.9  2.0 
0.002  7.3  3.7 
0.005  16.0  8.0 
0.010  26.7  13.4 
0.020  40.0  20.0 
0.050  57.2  28.6 
0.100  66.7  33.4 
0.200  72.8  36.4 
0.500  77.0  38.5 
1.000  78.5  39.3 
2.000  79.3  39.7 
5.000  79.7  39.9 
10.000  79.9  40.0 
20.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Correct para-competitive Incorrect un-competitive Incorrect MC

8018_e57b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.8  2.0 
0.002  5.4  3.9 
0.005  12.8  9.1 
0.010  23.4  16.7 
0.020  40.0  28.6 
0.050  70.0  50.0 
0.100  93.4  66.7 
0.200  112.0  80.0 
0.500  127.3  91.0 
1.000  133.4  95.3 
2.000  136.6  97.6 
5.000  138.7  99.1 
10.000  139.4  99.6 
20.000  139.7  99.8 
50.000  139.9  100.0 
100.000  140.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect iso-competitive Incorrect non-competitive Correct over-competitive Incorrect un-competitive Incorrect MC

64dc_05f2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.7  6.7 
0.002  14.6  12.8 
0.005  32.0  28.0 
0.010  53.4  46.7 
0.020  80.0  70.0 
0.050  114.3  100.0 
0.100  133.4  116.7 
0.200  145.5  127.3 
0.500  153.9  134.7 
1.000  156.9  137.3 
2.000  158.5  138.7 
5.000  159.4  139.5 
10.000  159.7  139.8 
20.000  159.9  139.9 
50.000  160.0  140.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect iso-competitive Incorrect non-competitive Correct pre-competitive Incorrect un-competitive Incorrect MC

debd_897a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  30.0  26.7 
0.002  51.5  40.0 
0.005  90.0  57.2 
0.010  120.1  66.7 
0.020  144.0  72.8 
0.050  163.7  77.0 
0.100  171.5  78.5 
0.200  175.7  79.3 
0.500  178.3  79.7 
1.000  179.2  79.9 
2.000  179.6  80.0 
5.000  179.9  80.0 
10.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect omni-competitive Incorrect ortho-competitive Incorrect un-competitive Correct MC

e016_4990

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  1.0 
0.002  3.7  1.9 
0.005  8.0  4.0 
0.010  13.4  6.7 
0.020  20.0  10.0 
0.050  28.6  14.3 
0.100  33.4  16.7 
0.200  36.4  18.2 
0.500  38.5  19.3 
1.000  39.3  19.7 
2.000  39.7  19.9 
5.000  39.9  20.0 
10.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct para-competitive Incorrect pre-competitive Incorrect un-competitive Incorrect MC

c234_521b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.1  6.7 
0.002  16.7  11.5 
0.005  33.4  20.0 
0.010  50.0  26.7 
0.020  66.7  32.0 
0.050  83.4  36.4 
0.100  91.0  38.1 
0.200  95.3  39.1 
0.500  98.1  39.7 
1.000  99.1  39.9 
2.000  99.6  40.0 
5.000  99.9  40.0 
10.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect non-competitive Incorrect supra-competitive Incorrect un-competitive Correct MC

0014_b248

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.0  3.9 
0.002  7.7  7.3 
0.005  18.2  16.0 
0.010  33.4  26.7 
0.020  57.2  40.0 
0.050  100.0  57.2 
0.100  133.4  66.7 
0.200  160.0  72.8 
0.500  181.9  77.0 
1.000  190.5  78.5 
2.000  195.2  79.3 
5.000  198.1  79.7 
10.000  199.1  79.9 
20.000  199.6  80.0 
50.000  199.9  80.0 
100.000  200.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect iso-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

8268_8103

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  13.4 
0.002  30.0  20.0 
0.005  42.9  28.6 
0.010  50.0  33.4 
0.020  54.6  36.4 
0.050  57.7  38.5 
0.100  58.9  39.3 
0.200  59.5  39.7 
0.500  59.8  39.9 
1.000  59.9  40.0 
2.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct oligo-competitive Incorrect post-competitive Incorrect un-competitive Incorrect MC

a038_5a1e

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.3  5.5 
0.002  13.4  10.0 
0.005  26.7  20.0 
0.010  40.0  30.0 
0.020  53.4  40.0 
0.050  66.7  50.0 
0.100  72.8  54.6 
0.200  76.2  57.2 
0.500  78.5  58.9 
1.000  79.3  59.5 
2.000  79.7  59.8 
5.000  79.9  59.9 
10.000  80.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect non-competitive Correct post-competitive Incorrect un-competitive Incorrect MC

7b8a_6400

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.4  2.0 
0.002  4.7  3.7 
0.005  11.0  8.0 
0.010  20.0  13.4 
0.020  34.3  20.0 
0.050  60.0  28.6 
0.100  80.0  33.4 
0.200  96.0  36.4 
0.500  109.1  38.5 
1.000  114.3  39.3 
2.000  117.1  39.7 
5.000  118.9  39.9 
10.000  119.5  40.0 
20.000  119.8  40.0 
50.000  119.9  40.0 
100.000  120.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect non-competitive Incorrect over-competitive Incorrect un-competitive Correct MC

478f_be33

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.7  1.9 
0.002  6.7  3.4 
0.005  13.4  6.7 
0.010  20.0  10.0 
0.020  26.7  13.4 
0.050  33.4  16.7 
0.100  36.4  18.2 
0.200  38.1  19.1 
0.500  39.3  19.7 
1.000  39.7  19.9 
2.000  39.9  20.0 
5.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct oligo-competitive Incorrect ultra-competitive Incorrect un-competitive Incorrect MC

3a38_0c7d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  20.0 
0.002  45.8  30.0 
0.005  80.0  42.9 
0.010  106.7  50.0 
0.020  128.0  54.6 
0.050  145.5  57.7 
0.100  152.4  58.9 
0.200  156.1  59.5 
0.500  158.5  59.8 
1.000  159.3  59.9 
2.000  159.7  60.0 
5.000  159.9  60.0 
10.000  160.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect idio-competitive Incorrect non-competitive Incorrect supra-competitive Incorrect un-competitive Correct MC

cac7_ee3d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  10.0  6.7 
0.002  17.2  10.0 
0.005  30.0  14.3 
0.010  40.0  16.7 
0.020  48.0  18.2 
0.050  54.6  19.3 
0.100  57.2  19.7 
0.200  58.6  19.9 
0.500  59.5  20.0 
1.000  59.8  20.0 
2.000  59.9  20.0 
5.000  60.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect hetero-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

4caf_cfd3

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  66.7  50.0 
0.002  100.0  66.7 
0.005  142.9  83.4 
0.010  166.7  91.0 
0.020  181.9  95.3 
0.050  192.4  98.1 
0.100  196.1  99.1 
0.200  198.1  99.6 
0.500  199.3  99.9 
1.000  199.7  100.0 
2.000  199.9  100.0 
5.000  200.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect ortho-competitive Incorrect proto-competitive Incorrect un-competitive Correct MC

64d5_9d15

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.0  1.2 
0.002  7.7  2.4 
0.005  18.2  5.5 
0.010  33.4  10.0 
0.020  57.2  17.2 
0.050  100.0  30.0 
0.100  133.4  40.0 
0.200  160.0  48.0 
0.500  181.9  54.6 
1.000  190.5  57.2 
2.000  195.2  58.6 
5.000  198.1  59.5 
10.000  199.1  59.8 
20.000  199.6  59.9 
50.000  199.9  60.0 
100.000  200.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct omni-competitive Incorrect self-competitive Incorrect un-competitive Incorrect MC

8121_df44

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  1.0 
0.002  50.0  2.0 
0.005  71.5  4.8 
0.010  83.4  9.1 
0.020  91.0  16.7 
0.050  96.2  33.4 
0.100  98.1  50.0 
0.200  99.1  66.7 
0.500  99.7  83.4 
1.000  99.9  91.0 
2.000  100.0  95.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct mega-competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Incorrect MC

061e_811d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  0.1 
0.002  11.5  0.1 
0.005  20.0  0.1 
0.010  26.7  0.1 
0.020  32.0  0.1 
0.050  36.4  0.2 
0.100  38.1  0.4 
0.200  39.1  0.8 
0.500  39.7  2.0 
1.000  39.9  3.7 
2.000  40.0  6.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct inter-competitive Incorrect non-competitive Incorrect pseudo-competitive Incorrect un-competitive Incorrect MC

607c_58ac

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  0.8  1.0 
0.002  1.6  1.9 
0.005  3.7  4.0 
0.010  6.7  6.7 
0.020  11.5  10.0 
0.050  20.0  14.3 
0.100  26.7  16.7 
0.200  32.0  18.2 
0.500  36.4  19.3 
1.000  38.1  19.7 
2.000  39.1  19.9 
5.000  39.7  20.0 
10.000  39.9  20.0 
20.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect over-competitive Incorrect para-competitive Incorrect un-competitive Correct MC

7b8c_a6d9

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.7  0.1 
0.002  28.6  0.1 
0.005  50.0  0.1 
0.010  66.7  0.2 
0.020  80.0  0.4 
0.050  91.0  1.0 
0.100  95.3  2.0 
0.200  97.6  3.9 
0.500  99.1  9.1 
1.000  99.6  16.7 
2.000  99.8  28.6 
5.000  100.0  50.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct mega-competitive Incorrect non-competitive Incorrect self-competitive Incorrect un-competitive Incorrect MC

288c_d7fb

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.4  0.4 
0.002  4.7  0.8 
0.005  11.0  1.9 
0.010  20.0  3.4 
0.020  34.3  5.8 
0.050  60.0  10.0 
0.100  80.0  13.4 
0.200  96.0  16.0 
0.500  109.1  18.2 
1.000  114.3  19.1 
2.000  117.1  19.6 
5.000  118.9  19.9 
10.000  119.5  20.0 
20.000  119.8  20.0 
50.000  119.9  20.0 
100.000  120.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hyper-competitive Incorrect non-competitive Correct para-competitive Incorrect un-competitive Incorrect MC

cfaf_3e92

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  6.7 
0.002  20.0  10.0 
0.005  28.6  14.3 
0.010  33.4  16.7 
0.020  36.4  18.2 
0.050  38.5  19.3 
0.100  39.3  19.7 
0.200  39.7  19.9 
0.500  39.9  20.0 
1.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct post-competitive Incorrect pre-competitive Incorrect un-competitive Incorrect MC

a447_e71a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.9  3.7 
0.002  7.3  6.7 
0.005  16.0  13.4 
0.010  26.7  20.0 
0.020  40.0  26.7 
0.050  57.2  33.4 
0.100  66.7  36.4 
0.200  72.8  38.1 
0.500  77.0  39.3 
1.000  78.5  39.7 
2.000  79.3  39.9 
5.000  79.7  40.0 
10.000  79.9  40.0 
20.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Incorrect proto-competitive Incorrect un-competitive Correct MC

52d0_8fb6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.8  0.1 
0.002  9.1  0.2 
0.005  20.0  0.5 
0.010  33.4  1.0 
0.020  50.0  2.0 
0.050  71.5  4.8 
0.100  83.4  9.1 
0.200  91.0  16.7 
0.500  96.2  33.4 
1.000  98.1  50.0 
2.000  99.1  66.7 
5.000  99.7  83.4 
10.000  99.9  91.0 
20.000  100.0  95.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Correct inter-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

283d_e57b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.8  2.9 
0.002  9.1  5.5 
0.005  20.0  12.0 
0.010  33.4  20.0 
0.020  50.0  30.0 
0.050  71.5  42.9 
0.100  83.4  50.0 
0.200  91.0  54.6 
0.500  96.2  57.7 
1.000  98.1  58.9 
2.000  99.1  59.5 
5.000  99.7  59.8 
10.000  99.9  59.9 
20.000  100.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect iso-competitive Incorrect non-competitive Correct over-competitive Incorrect un-competitive Incorrect MC

2f03_9dd6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  1.2 
0.002  3.9  2.4 
0.005  9.1  5.5 
0.010  16.7  10.0 
0.020  28.6  17.2 
0.050  50.0  30.0 
0.100  66.7  40.0 
0.200  80.0  48.0 
0.500  91.0  54.6 
1.000  95.3  57.2 
2.000  97.6  58.6 
5.000  99.1  59.5 
10.000  99.6  59.8 
20.000  99.8  59.9 
50.000  100.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Correct supra-competitive Incorrect un-competitive Incorrect MC

ea46_d7ef

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  3.4 
0.002  11.5  5.8 
0.005  20.0  10.0 
0.010  26.7  13.4 
0.020  32.0  16.0 
0.050  36.4  18.2 
0.100  38.1  19.1 
0.200  39.1  19.6 
0.500  39.7  19.9 
1.000  39.9  20.0 
2.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hyper-competitive Incorrect non-competitive Correct oligo-competitive Incorrect un-competitive Incorrect MC

2910_5408

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  66.7  6.7 
0.002  100.0  10.0 
0.005  142.9  14.3 
0.010  166.7  16.7 
0.020  181.9  18.2 
0.050  192.4  19.3 
0.100  196.1  19.7 
0.200  198.1  19.9 
0.500  199.3  20.0 
1.000  199.7  20.0 
2.000  199.9  20.0 
5.000  200.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect non-competitive Correct proto-competitive Incorrect un-competitive Incorrect MC

cf9f_0b84

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  13.4 
0.002  22.9  20.0 
0.005  40.0  28.6 
0.010  53.4  33.4 
0.020  64.0  36.4 
0.050  72.8  38.5 
0.100  76.2  39.3 
0.200  78.1  39.7 
0.500  79.3  39.9 
1.000  79.7  40.0 
2.000  79.9  40.0 
5.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Correct MC

ea20_b8c3

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.2  1.0 
0.002  2.4  1.9 
0.005  5.5  4.0 
0.010  10.0  6.7 
0.020  17.2  10.0 
0.050  30.0  14.3 
0.100  40.0  16.7 
0.200  48.0  18.2 
0.500  54.6  19.3 
1.000  57.2  19.7 
2.000  58.6  19.9 
5.000  59.5  20.0 
10.000  59.8  20.0 
20.000  59.9  20.0 
50.000  60.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect non-competitive Incorrect pre-competitive Incorrect un-competitive Correct MC

b0f6_09b2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  11.0  0.1 
0.002  20.0  0.1 
0.005  40.0  0.1 
0.010  60.0  0.2 
0.020  80.0  0.3 
0.050  100.0  0.6 
0.100  109.1  1.2 
0.200  114.3  2.4 
0.500  117.7  5.8 
1.000  118.9  11.0 
2.000  119.5  20.0 
5.000  119.8  40.0 
10.000  119.9  60.0 
20.000  120.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Correct mega-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

f162_6b85

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.8  5.5 
0.002  11.0  10.0 
0.005  24.0  20.0 
0.010  40.0  30.0 
0.020  60.0  40.0 
0.050  85.8  50.0 
0.100  100.0  54.6 
0.200  109.1  57.2 
0.500  115.4  58.9 
1.000  117.7  59.5 
2.000  118.9  59.8 
5.000  119.6  59.9 
10.000  119.8  60.0 
20.000  119.9  60.0 
50.000  120.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect hetero-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

67ab_ed69

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.6  2.0 
0.002  18.2  4.0 
0.005  40.0  9.6 
0.010  66.7  18.2 
0.020  100.0  33.4 
0.050  142.9  66.7 
0.100  166.7  100.0 
0.200  181.9  133.4 
0.500  192.4  166.7 
1.000  196.1  181.9 
2.000  198.1  190.5 
5.000  199.3  196.1 
10.000  199.7  198.1 
20.000  199.9  199.1 
50.000  200.0  199.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct intra-competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Incorrect MC

8136_d4c2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  1.0 
0.002  3.9  2.0 
0.005  9.1  4.8 
0.010  16.7  9.1 
0.020  28.6  16.7 
0.050  50.0  33.4 
0.100  66.7  50.0 
0.200  80.0  66.7 
0.500  91.0  83.4 
1.000  95.3  91.0 
2.000  97.6  95.3 
5.000  99.1  98.1 
10.000  99.6  99.1 
20.000  99.8  99.6 
50.000  100.0  99.9 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct idio-competitive Incorrect non-competitive Incorrect pre-competitive Incorrect un-competitive Incorrect MC

1f55_a95d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.8  3.7 
0.002  9.1  6.7 
0.005  20.0  13.4 
0.010  33.4  20.0 
0.020  50.0  26.7 
0.050  71.5  33.4 
0.100  83.4  36.4 
0.200  91.0  38.1 
0.500  96.2  39.3 
1.000  98.1  39.7 
2.000  99.1  39.9 
5.000  99.7  40.0 
10.000  99.9  40.0 
20.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect non-competitive Incorrect pseudo-competitive Incorrect un-competitive Correct MC

924c_8187

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  30.0  0.4 
0.002  51.5  0.8 
0.005  90.0  1.8 
0.010  120.1  3.6 
0.020  144.0  7.0 
0.050  163.7  16.4 
0.100  171.5  30.0 
0.200  175.7  51.5 
0.500  178.3  90.0 
1.000  179.2  120.0 
2.000  179.6  144.0 
5.000  179.9  163.7 
10.000  180.0  171.5 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect oligo-competitive Incorrect supra-competitive Incorrect un-competitive Incorrect MC

b7cb_35bb

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  1.9 
0.002  3.7  3.4 
0.005  8.0  6.7 
0.010  13.4  10.0 
0.020  20.0  13.4 
0.050  28.6  16.7 
0.100  33.4  18.2 
0.200  36.4  19.1 
0.500  38.5  19.7 
1.000  39.3  19.9 
2.000  39.7  20.0 
5.000  39.9  20.0 
10.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect homo-competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Correct MC

a87a_28bd

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  2.0 
0.002  3.9  3.7 
0.005  9.1  8.0 
0.010  16.7  13.4 
0.020  28.6  20.0 
0.050  50.0  28.6 
0.100  66.7  33.4 
0.200  80.0  36.4 
0.500  91.0  38.5 
1.000  95.3  39.3 
2.000  97.6  39.7 
5.000  99.1  39.9 
10.000  99.6  40.0 
20.000  99.8  40.0 
50.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect homo-competitive Incorrect non-competitive Incorrect ortho-competitive Incorrect un-competitive Correct MC

313a_3725

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  10.0 
0.002  20.0  13.4 
0.005  28.6  16.7 
0.010  33.4  18.2 
0.020  36.4  19.1 
0.050  38.5  19.7 
0.100  39.3  19.9 
0.200  39.7  20.0 
0.500  39.9  20.0 
1.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect poly-competitive Incorrect pre-competitive Incorrect un-competitive Correct MC

4163_05c8

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  46.7  26.7 
0.002  70.0  40.0 
0.005  100.1  57.2 
0.010  116.7  66.7 
0.020  127.3  72.8 
0.050  134.7  77.0 
0.100  137.3  78.5 
0.200  138.7  79.3 
0.500  139.5  79.7 
1.000  139.8  79.9 
2.000  139.9  80.0 
5.000  140.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct post-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

1de0_8fec

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  30.0 
0.002  57.2  51.5 
0.005  100.0  90.0 
0.010  133.4  120.1 
0.020  160.0  144.0 
0.050  181.9  163.7 
0.100  190.5  171.5 
0.200  195.2  175.7 
0.500  198.1  178.3 
1.000  199.1  179.2 
2.000  199.6  179.6 
5.000  199.9  179.9 
10.000  200.0  180.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Correct poly-competitive Incorrect un-competitive Incorrect MC

793b_186a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.3  6.7 
0.002  13.4  11.5 
0.005  26.7  20.0 
0.010  40.0  26.7 
0.020  53.4  32.0 
0.050  66.7  36.4 
0.100  72.8  38.1 
0.200  76.2  39.1 
0.500  78.5  39.7 
1.000  79.3  39.9 
2.000  79.7  40.0 
5.000  79.9  40.0 
10.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect poly-competitive Incorrect self-competitive Incorrect un-competitive Correct MC

6feb_1962

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  10.0 
0.002  22.9  17.2 
0.005  40.0  30.0 
0.010  53.4  40.0 
0.020  64.0  48.0 
0.050  72.8  54.6 
0.100  76.2  57.2 
0.200  78.1  58.6 
0.500  79.3  59.5 
1.000  79.7  59.8 
2.000  79.9  59.9 
5.000  80.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect inter-competitive Incorrect mis-competitive Incorrect non-competitive Correct un-competitive Incorrect MC

38cc_adc6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.4  13.4 
0.002  30.0  22.9 
0.005  60.1  40.0 
0.010  90.0  53.4 
0.020  120.1  64.0 
0.050  150.0  72.8 
0.100  163.7  76.2 
0.200  171.5  78.1 
0.500  176.5  79.3 
1.000  178.3  79.7 
2.000  179.2  79.9 
5.000  179.7  80.0 
10.000  179.9  80.0 
20.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect over-competitive Incorrect super-competitive Incorrect un-competitive Correct MC

45f5_cd94

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  20.0 
0.002  40.0  26.7 
0.005  57.2  33.4 
0.010  66.7  36.4 
0.020  72.8  38.1 
0.050  77.0  39.3 
0.100  78.5  39.7 
0.200  79.3  39.9 
0.500  79.7  40.0 
1.000  79.9  40.0 
2.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect poly-competitive Incorrect super-competitive Incorrect un-competitive Correct MC

0ae2_04cc

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  53.4  40.0 
0.002  80.0  53.4 
0.005  114.3  66.7 
0.010  133.4  72.8 
0.020  145.5  76.2 
0.050  153.9  78.5 
0.100  156.9  79.3 
0.200  158.5  79.7 
0.500  159.4  79.9 
1.000  159.7  80.0 
2.000  159.9  80.0 
5.000  160.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect pre-competitive Incorrect self-competitive Incorrect un-competitive Correct MC

912d_bd3e

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  40.0  30.0 
0.002  60.0  40.0 
0.005  85.8  50.0 
0.010  100.0  54.6 
0.020  109.1  57.2 
0.050  115.4  58.9 
0.100  117.7  59.5 
0.200  118.9  59.8 
0.500  119.6  59.9 
1.000  119.8  60.0 
2.000  119.9  60.0 
5.000  120.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect iso-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

510e_1c75

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  40.0  5.8 
0.002  60.0  11.0 
0.005  85.8  24.0 
0.010  100.0  40.0 
0.020  109.1  60.0 
0.050  115.4  85.8 
0.100  117.7  100.0 
0.200  118.9  109.1 
0.500  119.6  115.4 
1.000  119.8  117.7 
2.000  119.9  118.9 
5.000  120.0  119.6 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect pseudo-competitive Incorrect super-competitive Incorrect un-competitive Incorrect MC

2160_66f4

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  18.2  1.0 
0.002  33.4  2.0 
0.005  66.7  4.9 
0.010  100.0  9.6 
0.020  133.4  18.2 
0.050  166.7  40.0 
0.100  181.9  66.7 
0.200  190.5  100.0 
0.500  196.1  142.9 
1.000  198.1  166.7 
2.000  199.1  181.9 
5.000  199.7  192.4 
10.000  199.9  196.1 
20.000  200.0  198.1 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct iso-competitive Incorrect non-competitive Incorrect proto-competitive Incorrect un-competitive Incorrect MC

030a_cd89

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.8  0.1 
0.002  5.4  0.2 
0.005  12.8  0.4 
0.010  23.4  0.7 
0.020  40.0  1.4 
0.050  70.0  3.5 
0.100  93.4  6.7 
0.200  112.0  12.8 
0.500  127.3  28.0 
1.000  133.4  46.7 
2.000  136.6  70.0 
5.000  138.7  100.0 
10.000  139.4  116.7 
20.000  139.7  127.3 
50.000  139.9  134.7 
100.000  140.0  137.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct dis-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Incorrect MC

a9e6_a69e

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  46.7  0.7 
0.002  70.0  1.4 
0.005  100.1  3.5 
0.010  116.7  6.7 
0.020  127.3  12.8 
0.050  134.7  28.0 
0.100  137.3  46.7 
0.200  138.7  70.0 
0.500  139.5  100.0 
1.000  139.8  116.7 
2.000  139.9  127.3 
5.000  140.0  134.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect omni-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

67d7_60ca

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.2  0.1 
0.002  6.2  0.1 
0.005  14.6  0.1 
0.010  26.7  0.2 
0.020  45.8  0.4 
0.050  80.0  0.8 
0.100  106.7  1.6 
0.200  128.0  3.2 
0.500  145.5  7.7 
1.000  152.4  14.6 
2.000  156.1  26.7 
5.000  158.5  53.4 
10.000  159.3  80.0 
20.000  159.7  106.7 
50.000  159.9  133.4 
100.000  160.0  145.5 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hypo-competitive Incorrect non-competitive Incorrect omni-competitive Incorrect un-competitive Incorrect MC

aad8_5b1b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  0.2 
0.002  22.9  0.4 
0.005  40.0  0.8 
0.010  53.4  1.6 
0.020  64.0  3.1 
0.050  72.8  7.3 
0.100  76.2  13.4 
0.200  78.1  22.9 
0.500  79.3  40.0 
1.000  79.7  53.4 
2.000  79.9  64.0 
5.000  80.0  72.8 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect ortho-competitive Incorrect quasi-competitive Incorrect un-competitive Incorrect MC

4894_ed1d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.9  0.2 
0.002  7.3  0.4 
0.005  16.0  0.8 
0.010  26.7  1.6 
0.020  40.0  3.1 
0.050  57.2  7.3 
0.100  66.7  13.4 
0.200  72.8  22.9 
0.500  77.0  40.0 
1.000  78.5  53.4 
2.000  79.3  64.0 
5.000  79.7  72.8 
10.000  79.9  76.2 
20.000  80.0  78.1 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct mis-competitive Incorrect non-competitive Incorrect ortho-competitive Incorrect un-competitive Incorrect MC

d506_79a1

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  0.6 
0.002  34.3  1.2 
0.005  60.0  3.0 
0.010  80.0  5.8 
0.020  96.0  11.0 
0.050  109.1  24.0 
0.100  114.3  40.0 
0.200  117.1  60.0 
0.500  118.9  85.8 
1.000  119.5  100.0 
2.000  119.8  109.1 
5.000  119.9  115.4 
10.000  120.0  117.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct intra-competitive Incorrect non-competitive Incorrect proto-competitive Incorrect un-competitive Incorrect MC

ad21_7ce0

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  0.4 
0.002  45.8  0.7 
0.005  80.0  1.6 
0.010  106.7  3.2 
0.020  128.0  6.2 
0.050  145.5  14.6 
0.100  152.4  26.7 
0.200  156.1  45.8 
0.500  158.5  80.0 
1.000  159.3  106.7 
2.000  159.7  128.0 
5.000  159.9  145.5 
10.000  160.0  152.4 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hetero-competitive Incorrect non-competitive Incorrect pseudo-competitive Incorrect un-competitive Incorrect MC

fc38_f06f

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  3.9 
0.002  12.8  7.3 
0.005  28.0  16.0 
0.010  46.7  26.7 
0.020  70.0  40.0 
0.050  100.0  57.2 
0.100  116.7  66.7 
0.200  127.3  72.8 
0.500  134.7  77.0 
1.000  137.3  78.5 
2.000  138.7  79.3 
5.000  139.5  79.7 
10.000  139.8  79.9 
20.000  139.9  80.0 
50.000  140.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect intra-competitive Incorrect non-competitive Correct ortho-competitive Incorrect un-competitive Incorrect MC

8df8_e691

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  18.2  1.9 
0.002  33.4  3.4 
0.005  66.7  6.7 
0.010  100.0  10.0 
0.020  133.4  13.4 
0.050  166.7  16.7 
0.100  181.9  18.2 
0.200  190.5  19.1 
0.500  196.1  19.7 
1.000  198.1  19.9 
2.000  199.1  20.0 
5.000  199.7  20.0 
10.000  199.9  20.0 
20.000  200.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect non-competitive Correct supra-competitive Incorrect un-competitive Incorrect MC

ffd7_ce91

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.4  0.1 
0.002  4.7  0.1 
0.005  11.0  0.2 
0.010  20.0  0.3 
0.020  34.3  0.5 
0.050  60.0  1.2 
0.100  80.0  2.4 
0.200  96.0  4.7 
0.500  109.1  11.0 
1.000  114.3  20.0 
2.000  117.1  34.3 
5.000  118.9  60.0 
10.000  119.5  80.0 
20.000  119.8  96.0 
50.000  119.9  109.1 
100.000  120.0  114.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect omni-competitive Incorrect para-competitive Incorrect un-competitive Incorrect MC

dbc1_ee3d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  12.8  13.4 
0.002  23.4  22.9 
0.005  46.7  40.0 
0.010  70.0  53.4 
0.020  93.4  64.0 
0.050  116.7  72.8 
0.100  127.3  76.2 
0.200  133.4  78.1 
0.500  137.3  79.3 
1.000  138.7  79.7 
2.000  139.4  79.9 
5.000  139.8  80.0 
10.000  139.9  80.0 
20.000  140.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect hetero-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

4a1f_13c5

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.4  0.9 
0.002  30.0  1.8 
0.005  60.1  4.4 
0.010  90.0  8.6 
0.020  120.1  16.4 
0.050  150.0  36.0 
0.100  163.7  60.0 
0.200  171.5  90.0 
0.500  176.5  128.6 
1.000  178.3  150.0 
2.000  179.2  163.7 
5.000  179.7  173.1 
10.000  179.9  176.5 
20.000  180.0  178.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct eco-competitive Incorrect homo-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

dd33_d00a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.6  3.9 
0.002  7.0  7.3 
0.005  16.4  16.0 
0.010  30.0  26.7 
0.020  51.5  40.0 
0.050  90.0  57.2 
0.100  120.0  66.7 
0.200  144.0  72.8 
0.500  163.7  77.0 
1.000  171.5  78.5 
2.000  175.7  79.3 
5.000  178.3  79.7 
10.000  179.2  79.9 
20.000  179.6  80.0 
50.000  179.9  80.0 
100.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect proto-competitive Incorrect quasi-competitive Incorrect un-competitive Correct MC

c22c_5255

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.6  0.9 
0.002  7.0  1.8 
0.005  16.4  4.4 
0.010  30.0  8.6 
0.020  51.5  16.4 
0.050  90.0  36.0 
0.100  120.0  60.0 
0.200  144.0  90.0 
0.500  163.7  128.6 
1.000  171.5  150.0 
2.000  175.7  163.7 
5.000  178.3  173.1 
10.000  179.2  176.5 
20.000  179.6  178.3 
50.000  179.9  179.3 
100.000  180.0  179.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hetero-competitive Incorrect non-competitive Incorrect pre-competitive Incorrect un-competitive Incorrect MC

c00a_3881

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.8  0.1 
0.002  11.0  0.1 
0.005  24.0  0.2 
0.010  40.0  0.3 
0.020  60.0  0.5 
0.050  85.8  1.2 
0.100  100.0  2.4 
0.200  109.1  4.7 
0.500  115.4  11.0 
1.000  117.7  20.0 
2.000  118.9  34.3 
5.000  119.6  60.0 
10.000  119.8  80.0 
20.000  119.9  96.0 
50.000  120.0  109.1 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct mega-competitive Incorrect non-competitive Incorrect super-competitive Incorrect un-competitive Incorrect MC

b292_b585

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.7  6.7 
0.002  28.6  11.5 
0.005  50.0  20.0 
0.010  66.7  26.7 
0.020  80.0  32.0 
0.050  91.0  36.4 
0.100  95.3  38.1 
0.200  97.6  39.1 
0.500  99.1  39.7 
1.000  99.6  39.9 
2.000  99.8  40.0 
5.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect extra-competitive Incorrect non-competitive Correct un-competitive Incorrect MC

19b0_b8d9

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.9  0.3 
0.002  5.5  0.6 
0.005  12.0  1.5 
0.010  20.0  2.9 
0.020  30.0  5.5 
0.050  42.9  12.0 
0.100  50.0  20.0 
0.200  54.6  30.0 
0.500  57.7  42.9 
1.000  58.9  50.0 
2.000  59.5  54.6 
5.000  59.8  57.7 
10.000  59.9  58.9 
20.000  60.0  59.5 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Correct mis-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

8424_9e86

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  14.6  9.1 
0.002  26.7  16.7 
0.005  53.4  33.4 
0.010  80.0  50.0 
0.020  106.7  66.7 
0.050  133.4  83.4 
0.100  145.5  91.0 
0.200  152.4  95.3 
0.500  156.9  98.1 
1.000  158.5  99.1 
2.000  159.3  99.6 
5.000  159.7  99.9 
10.000  159.9  100.0 
20.000  160.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect non-competitive Correct over-competitive Incorrect un-competitive Incorrect MC

3a78_cd89

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  26.7 
0.002  57.2  40.0 
0.005  100.0  57.2 
0.010  133.4  66.7 
0.020  160.0  72.8 
0.050  181.9  77.0 
0.100  190.5  78.5 
0.200  195.2  79.3 
0.500  198.1  79.7 
1.000  199.1  79.9 
2.000  199.6  80.0 
5.000  199.9  80.0 
10.000  200.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Correct MC

e771_8846

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.6  2.8 
0.002  7.0  5.4 
0.005  16.4  12.8 
0.010  30.0  23.4 
0.020  51.5  40.0 
0.050  90.0  70.0 
0.100  120.0  93.4 
0.200  144.0  112.0 
0.500  163.7  127.3 
1.000  171.5  133.4 
2.000  175.7  136.6 
5.000  178.3  138.7 
10.000  179.2  139.4 
20.000  179.6  139.7 
50.000  179.9  139.9 
100.000  180.0  140.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct oligo-competitive Incorrect super-competitive Incorrect un-competitive Incorrect MC

f912_b829

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  8.6  2.0 
0.002  16.4  3.7 
0.005  36.0  8.0 
0.010  60.1  13.4 
0.020  90.0  20.0 
0.050  128.6  28.6 
0.100  150.0  33.4 
0.200  163.7  36.4 
0.500  173.1  38.5 
1.000  176.5  39.3 
2.000  178.3  39.7 
5.000  179.3  39.9 
10.000  179.7  40.0 
20.000  179.9  40.0 
50.000  180.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct pre-competitive Incorrect super-competitive Incorrect un-competitive Incorrect MC

5cbf_58ac

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.7  13.4 
0.002  28.6  20.0 
0.005  50.0  28.6 
0.010  66.7  33.4 
0.020  80.0  36.4 
0.050  91.0  38.5 
0.100  95.3  39.3 
0.200  97.6  39.7 
0.500  99.1  39.9 
1.000  99.6  40.0 
2.000  99.8  40.0 
5.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect over-competitive Incorrect para-competitive Incorrect un-competitive Correct MC

9268_719c

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.5  6.7 
0.002  10.0  11.5 
0.005  20.0  20.0 
0.010  30.0  26.7 
0.020  40.0  32.0 
0.050  50.0  36.4 
0.100  54.6  38.1 
0.200  57.2  39.1 
0.500  58.9  39.7 
1.000  59.5  39.9 
2.000  59.8  40.0 
5.000  59.9  40.0 
10.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Incorrect extra-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

b180_f0ab

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.8  2.9 
0.002  11.0  5.5 
0.005  24.0  12.0 
0.010  40.0  20.0 
0.020  60.0  30.0 
0.050  85.8  42.9 
0.100  100.0  50.0 
0.200  109.1  54.6 
0.500  115.4  57.7 
1.000  117.7  58.9 
2.000  118.9  59.5 
5.000  119.6  59.8 
10.000  119.8  59.9 
20.000  119.9  60.0 
50.000  120.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hetero-competitive Incorrect iso-competitive Incorrect non-competitive Correct un-competitive Incorrect MC

fa90_9417

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.6  0.8 
0.002  3.1  1.6 
0.005  7.3  3.7 
0.010  13.4  6.7 
0.020  22.9  11.5 
0.050  40.0  20.0 
0.100  53.4  26.7 
0.200  64.0  32.0 
0.500  72.8  36.4 
1.000  76.2  38.1 
2.000  78.1  39.1 
5.000  79.3  39.7 
10.000  79.7  39.9 
20.000  79.9  40.0 
50.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Correct super-competitive Incorrect un-competitive Incorrect MC

831f_09b2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  7.3 
0.002  12.8  13.4 
0.005  28.0  26.7 
0.010  46.7  40.0 
0.020  70.0  53.4 
0.050  100.0  66.7 
0.100  116.7  72.8 
0.200  127.3  76.2 
0.500  134.7  78.5 
1.000  137.3  79.3 
2.000  138.7  79.7 
5.000  139.5  79.9 
10.000  139.8  80.0 
20.000  139.9  80.0 
50.000  140.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Incorrect mega-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

2176_e8a4

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.1  5.5 
0.002  16.7  10.0 
0.005  33.4  20.0 
0.010  50.0  30.0 
0.020  66.7  40.0 
0.050  83.4  50.0 
0.100  91.0  54.6 
0.200  95.3  57.2 
0.500  98.1  58.9 
1.000  99.1  59.5 
2.000  99.6  59.8 
5.000  99.9  59.9 
10.000  100.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect eco-competitive Incorrect non-competitive Correct supra-competitive Incorrect un-competitive Incorrect MC

456d_ee38

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  0.4 
0.002  57.2  0.8 
0.005  100.0  2.0 
0.010  133.4  4.0 
0.020  160.0  7.7 
0.050  181.9  18.2 
0.100  190.5  33.4 
0.200  195.2  57.2 
0.500  198.1  100.0 
1.000  199.1  133.4 
2.000  199.6  160.0 
5.000  199.9  181.9 
10.000  200.0  190.5 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect pseudo-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

5013_2ea5

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.5  0.1 
0.002  10.0  0.1 
0.005  20.0  0.2 
0.010  30.0  0.3 
0.020  40.0  0.6 
0.050  50.0  1.5 
0.100  54.6  2.9 
0.200  57.2  5.5 
0.500  58.9  12.0 
1.000  59.5  20.0 
2.000  59.8  30.0 
5.000  59.9  42.9 
10.000  60.0  50.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hypo-competitive Incorrect intra-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

891f_84c0

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  13.4 
0.002  34.3  20.0 
0.005  60.0  28.6 
0.010  80.0  33.4 
0.020  96.0  36.4 
0.050  109.1  38.5 
0.100  114.3  39.3 
0.200  117.1  39.7 
0.500  118.9  39.9 
1.000  119.5  40.0 
2.000  119.8  40.0 
5.000  119.9  40.0 
10.000  120.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect homo-competitive Incorrect non-competitive Incorrect over-competitive Incorrect un-competitive Correct MC

9c76_10b6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.9  2.0 
0.002  5.5  3.7 
0.005  12.0  8.0 
0.010  20.0  13.4 
0.020  30.0  20.0 
0.050  42.9  28.6 
0.100  50.0  33.4 
0.200  54.6  36.4 
0.500  57.7  38.5 
1.000  58.9  39.3 
2.000  59.5  39.7 
5.000  59.8  39.9 
10.000  59.9  40.0 
20.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect non-competitive Correct pre-competitive Incorrect un-competitive Incorrect MC

1d5c_10b6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.0  0.1 
0.002  3.7  0.2 
0.005  8.0  0.4 
0.010  13.4  0.8 
0.020  20.0  1.6 
0.050  28.6  3.7 
0.100  33.4  6.7 
0.200  36.4  11.5 
0.500  38.5  20.0 
1.000  39.3  26.7 
2.000  39.7  32.0 
5.000  39.9  36.4 
10.000  40.0  38.1 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct contra-competitive Incorrect non-competitive Incorrect pre-competitive Incorrect un-competitive Incorrect MC

414b_bc1f

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  10.0  0.3 
0.002  17.2  0.6 
0.005  30.0  1.5 
0.010  40.0  2.9 
0.020  48.0  5.5 
0.050  54.6  12.0 
0.100  57.2  20.0 
0.200  58.6  30.0 
0.500  59.5  42.9 
1.000  59.8  50.0 
2.000  59.9  54.6 
5.000  60.0  57.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct dis-competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Incorrect MC

0a11_9fd5

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  8.6  0.1 
0.002  16.4  0.1 
0.005  36.0  0.1 
0.010  60.1  0.1 
0.020  90.0  0.2 
0.050  128.6  0.5 
0.100  150.0  0.9 
0.200  163.7  1.8 
0.500  173.1  4.4 
1.000  176.5  8.6 
2.000  178.3  16.4 
5.000  179.3  36.0 
10.000  179.7  60.0 
20.000  179.9  90.0 
50.000  180.0  128.6 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Correct non-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

42fe_8187

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  8.6  7.3 
0.002  16.4  13.4 
0.005  36.0  26.7 
0.010  60.1  40.0 
0.020  90.0  53.4 
0.050  128.6  66.7 
0.100  150.0  72.8 
0.200  163.7  76.2 
0.500  173.1  78.5 
1.000  176.5  79.3 
2.000  178.3  79.7 
5.000  179.3  79.9 
10.000  179.7  80.0 
20.000  179.9  80.0 
50.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect oligo-competitive Incorrect supra-competitive Incorrect un-competitive Correct MC

6561_9dd6

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  20.0 
0.002  50.0  26.7 
0.005  71.5  33.4 
0.010  83.4  36.4 
0.020  91.0  38.1 
0.050  96.2  39.3 
0.100  98.1  39.7 
0.200  99.1  39.9 
0.500  99.7  40.0 
1.000  99.9  40.0 
2.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Incorrect supra-competitive Incorrect un-competitive Correct MC

594c_bc4d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.7  3.4 
0.002  6.7  5.8 
0.005  13.4  10.0 
0.010  20.0  13.4 
0.020  26.7  16.0 
0.050  33.4  18.2 
0.100  36.4  19.1 
0.200  38.1  19.6 
0.500  39.3  19.9 
1.000  39.7  20.0 
2.000  39.9  20.0 
5.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect inter-competitive Incorrect non-competitive Incorrect self-competitive Incorrect un-competitive Correct MC

ae47_dead

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.7  2.0 
0.002  6.7  3.7 
0.005  13.4  8.0 
0.010  20.0  13.4 
0.020  26.7  20.0 
0.050  33.4  28.6 
0.100  36.4  33.4 
0.200  38.1  36.4 
0.500  39.3  38.5 
1.000  39.7  39.3 
2.000  39.9  39.7 
5.000  40.0  39.9 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Correct non-competitive Incorrect poly-competitive Incorrect un-competitive Incorrect MC

fa93_a4c7

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  20.0 
0.002  40.0  30.0 
0.005  57.2  42.9 
0.010  66.7  50.0 
0.020  72.8  54.6 
0.050  77.0  57.7 
0.100  78.5  58.9 
0.200  79.3  59.5 
0.500  79.7  59.8 
1.000  79.9  59.9 
2.000  80.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect mega-competitive Incorrect non-competitive Correct post-competitive Incorrect un-competitive Incorrect MC

a127_15b4

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  33.4  13.4 
0.002  50.0  20.0 
0.005  71.5  28.6 
0.010  83.4  33.4 
0.020  91.0  36.4 
0.050  96.2  38.5 
0.100  98.1  39.3 
0.200  99.1  39.7 
0.500  99.7  39.9 
1.000  99.9  40.0 
2.000  100.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct pseudo-competitive Incorrect supra-competitive Incorrect un-competitive Incorrect MC

ac8c_2eba

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.1  0.1 
0.002  16.7  0.2 
0.005  33.4  0.5 
0.010  50.0  1.0 
0.020  66.7  2.0 
0.050  83.4  4.8 
0.100  91.0  9.1 
0.200  95.3  16.7 
0.500  98.1  33.4 
1.000  99.1  50.0 
2.000  99.6  66.7 
5.000  99.9  83.4 
10.000  100.0  91.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect ortho-competitive Incorrect over-competitive Incorrect un-competitive Incorrect MC

8399_c0c0

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.6  9.1 
0.002  18.2  16.7 
0.005  40.0  33.4 
0.010  66.7  50.0 
0.020  100.0  66.7 
0.050  142.9  83.4 
0.100  166.7  91.0 
0.200  181.9  95.3 
0.500  192.4  98.1 
1.000  196.1  99.1 
2.000  198.1  99.6 
5.000  199.3  99.9 
10.000  199.7  100.0 
20.000  199.9  100.0 
50.000  200.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Correct MC

3848_9707

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  6.7 
0.002  11.5  10.0 
0.005  20.0  14.3 
0.010  26.7  16.7 
0.020  32.0  18.2 
0.050  36.4  19.3 
0.100  38.1  19.7 
0.200  39.1  19.9 
0.500  39.7  20.0 
1.000  39.9  20.0 
2.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect epi-competitive Incorrect homo-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

8001_df44

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.7  7.3 
0.002  14.6  13.4 
0.005  32.0  26.7 
0.010  53.4  40.0 
0.020  80.0  53.4 
0.050  114.3  66.7 
0.100  133.4  72.8 
0.200  145.5  76.2 
0.500  153.9  78.5 
1.000  156.9  79.3 
2.000  158.5  79.7 
5.000  159.4  79.9 
10.000  159.7  80.0 
20.000  159.9  80.0 
50.000  160.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect mega-competitive Incorrect non-competitive Incorrect quasi-competitive Incorrect un-competitive Correct MC

3d5d_fb4b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  12.8  11.0 
0.002  23.4  20.0 
0.005  46.7  40.0 
0.010  70.0  60.0 
0.020  93.4  80.0 
0.050  116.7  100.0 
0.100  127.3  109.1 
0.200  133.4  114.3 
0.500  137.3  117.7 
1.000  138.7  118.9 
2.000  139.4  119.5 
5.000  139.8  119.8 
10.000  139.9  119.9 
20.000  140.0  120.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct oligo-competitive Incorrect proto-competitive Incorrect un-competitive Incorrect MC

3e15_a9f1

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  66.7  0.2 
0.002  100.0  0.4 
0.005  142.9  1.0 
0.010  166.7  2.0 
0.020  181.9  4.0 
0.050  192.4  9.6 
0.100  196.1  18.2 
0.200  198.1  33.4 
0.500  199.3  66.7 
1.000  199.7  100.0 
2.000  199.9  133.4 
5.000  200.0  166.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect post-competitive Incorrect supra-competitive Incorrect un-competitive Incorrect MC

d9f6_6fe2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  12.8  0.1 
0.002  23.4  0.1 
0.005  46.7  0.1 
0.010  70.0  0.1 
0.020  93.4  0.2 
0.050  116.7  0.4 
0.100  127.3  0.7 
0.200  133.4  1.4 
0.500  137.3  3.5 
1.000  138.7  6.7 
2.000  139.4  12.8 
5.000  139.8  28.0 
10.000  139.9  46.7 
20.000  140.0  70.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hetero-competitive Incorrect non-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

f32e_3881

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  60.0  40.0 
0.002  90.0  53.4 
0.005  128.6  66.7 
0.010  150.0  72.8 
0.020  163.7  76.2 
0.050  173.1  78.5 
0.100  176.5  79.3 
0.200  178.3  79.7 
0.500  179.3  79.9 
1.000  179.7  80.0 
2.000  179.9  80.0 
5.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect mega-competitive Incorrect non-competitive Incorrect super-competitive Incorrect un-competitive Correct MC

b175_fbe1

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.7  1.6 
0.002  14.6  3.2 
0.005  32.0  7.7 
0.010  53.4  14.6 
0.020  80.0  26.7 
0.050  114.3  53.4 
0.100  133.4  80.0 
0.200  145.5  106.7 
0.500  153.9  133.4 
1.000  156.9  145.5 
2.000  158.5  152.4 
5.000  159.4  156.9 
10.000  159.7  158.5 
20.000  159.9  159.3 
50.000  160.0  159.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect poly-competitive Incorrect ultra-competitive Incorrect un-competitive Incorrect MC

e037_ee38

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  16.4  3.7 
0.002  30.0  6.7 
0.005  60.1  13.4 
0.010  90.0  20.0 
0.020  120.1  26.7 
0.050  150.0  33.4 
0.100  163.7  36.4 
0.200  171.5  38.1 
0.500  176.5  39.3 
1.000  178.3  39.7 
2.000  179.2  39.9 
5.000  179.7  40.0 
10.000  179.9  40.0 
20.000  180.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct pseudo-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

0386_db65

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  60.0  20.0 
0.002  90.0  30.0 
0.005  128.6  42.9 
0.010  150.0  50.0 
0.020  163.7  54.6 
0.050  173.1  57.7 
0.100  176.5  58.9 
0.200  178.3  59.5 
0.500  179.3  59.8 
1.000  179.7  59.9 
2.000  179.9  60.0 
5.000  180.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect iso-competitive Incorrect non-competitive Correct post-competitive Incorrect un-competitive Incorrect MC

a125_8c6b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.6  0.1 
0.002  3.1  0.1 
0.005  7.3  0.2 
0.010  13.4  0.4 
0.020  22.9  0.8 
0.050  40.0  2.0 
0.100  53.4  3.9 
0.200  64.0  7.3 
0.500  72.8  16.0 
1.000  76.2  26.7 
2.000  78.1  40.0 
5.000  79.3  57.2 
10.000  79.7  66.7 
20.000  79.9  72.8 
50.000  80.0  77.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct contra-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Incorrect MC

0d0c_2ea5

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  11.0  10.0 
0.002  20.0  17.2 
0.005  40.0  30.0 
0.010  60.0  40.0 
0.020  80.0  48.0 
0.050  100.0  54.6 
0.100  109.1  57.2 
0.200  114.3  58.6 
0.500  117.7  59.5 
1.000  118.9  59.8 
2.000  119.5  59.9 
5.000  119.8  60.0 
10.000  119.9  60.0 
20.000  120.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hypo-competitive Incorrect intra-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

ba41_84c0

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  23.4  10.0 
0.002  40.0  17.2 
0.005  70.0  30.0 
0.010  93.4  40.0 
0.020  112.0  48.0 
0.050  127.3  54.6 
0.100  133.4  57.2 
0.200  136.6  58.6 
0.500  138.7  59.5 
1.000  139.4  59.8 
2.000  139.7  59.9 
5.000  139.9  60.0 
10.000  140.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect homo-competitive Incorrect non-competitive Correct over-competitive Incorrect un-competitive Incorrect MC

0ede_a20d

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  14.6  13.4 
0.002  26.7  22.9 
0.005  53.4  40.0 
0.010  80.0  53.4 
0.020  106.7  64.0 
0.050  133.4  72.8 
0.100  145.5  76.2 
0.200  152.4  78.1 
0.500  156.9  79.3 
1.000  158.5  79.7 
2.000  159.3  79.9 
5.000  159.7  80.0 
10.000  159.9  80.0 
20.000  160.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect dis-competitive Incorrect non-competitive Incorrect over-competitive Incorrect un-competitive Correct MC

6f4e_7e8b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  26.7  13.4 
0.002  45.8  22.9 
0.005  80.0  40.0 
0.010  106.7  53.4 
0.020  128.0  64.0 
0.050  145.5  72.8 
0.100  152.4  76.2 
0.200  156.1  78.1 
0.500  158.5  79.3 
1.000  159.3  79.7 
2.000  159.7  79.9 
5.000  159.9  80.0 
10.000  160.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect hyper-competitive Incorrect non-competitive Correct un-competitive Incorrect MC

23c1_298f

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  3.4 
0.002  34.3  5.8 
0.005  60.0  10.0 
0.010  80.0  13.4 
0.020  96.0  16.0 
0.050  109.1  18.2 
0.100  114.3  19.1 
0.200  117.1  19.6 
0.500  118.9  19.9 
1.000  119.5  20.0 
2.000  119.8  20.0 
5.000  119.9  20.0 
10.000  120.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect inter-competitive Incorrect non-competitive Correct ultra-competitive Incorrect un-competitive Incorrect MC

89c5_3e43

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  1.2  0.4 
0.002  2.4  0.8 
0.005  5.5  1.9 
0.010  10.0  3.4 
0.020  17.2  5.8 
0.050  30.0  10.0 
0.100  40.0  13.4 
0.200  48.0  16.0 
0.500  54.6  18.2 
1.000  57.2  19.1 
2.000  58.6  19.6 
5.000  59.5  19.9 
10.000  59.8  20.0 
20.000  59.9  20.0 
50.000  60.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct post-competitive Incorrect self-competitive Incorrect un-competitive Incorrect MC

0849_719c

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.8  2.9 
0.002  5.4  5.5 
0.005  12.8  12.0 
0.010  23.4  20.0 
0.020  40.0  30.0 
0.050  70.0  42.9 
0.100  93.4  50.0 
0.200  112.0  54.6 
0.500  127.3  57.7 
1.000  133.4  58.9 
2.000  136.6  59.5 
5.000  138.7  59.8 
10.000  139.4  59.9 
20.000  139.7  60.0 
50.000  139.9  60.0 
100.000  140.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

auto-competitive Incorrect competitive Incorrect extra-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

4edc_13c5

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  7.3  0.1 
0.002  13.4  0.1 
0.005  26.7  0.1 
0.010  40.0  0.1 
0.020  53.4  0.2 
0.050  66.7  0.4 
0.100  72.8  0.8 
0.200  76.2  1.6 
0.500  78.5  3.9 
1.000  79.3  7.3 
2.000  79.7  13.4 
5.000  79.9  26.7 
10.000  80.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct eco-competitive Incorrect homo-competitive Incorrect non-competitive Incorrect un-competitive Incorrect MC

3b6e_5408

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  9.6  3.9 
0.002  18.2  7.3 
0.005  40.0  16.0 
0.010  66.7  26.7 
0.020  100.0  40.0 
0.050  142.9  57.2 
0.100  166.7  66.7 
0.200  181.9  72.8 
0.500  192.4  77.0 
1.000  196.1  78.5 
2.000  198.1  79.3 
5.000  199.3  79.7 
10.000  199.7  79.9 
20.000  199.9  80.0 
50.000  200.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect non-competitive Correct proto-competitive Incorrect un-competitive Incorrect MC

7008_71a9

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  46.7  40.0 
0.002  70.0  53.4 
0.005  100.1  66.7 
0.010  116.7  72.8 
0.020  127.3  76.2 
0.050  134.7  78.5 
0.100  137.3  79.3 
0.200  138.7  79.7 
0.500  139.5  79.9 
1.000  139.8  80.0 
2.000  139.9  80.0 
5.000  140.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hetero-competitive Incorrect non-competitive Incorrect ultra-competitive Incorrect un-competitive Correct MC

6762_0866

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  2.9  3.7 
0.002  5.5  6.7 
0.005  12.0  13.4 
0.010  20.0  20.0 
0.020  30.0  26.7 
0.050  42.9  33.4 
0.100  50.0  36.4 
0.200  54.6  38.1 
0.500  57.7  39.3 
1.000  58.9  39.7 
2.000  59.5  39.9 
5.000  59.8  40.0 
10.000  59.9  40.0 
20.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect homo-competitive Incorrect non-competitive Incorrect un-competitive Correct MC

5425_07ed

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.2  2.9 
0.002  6.2  5.5 
0.005  14.6  12.0 
0.010  26.7  20.0 
0.020  45.8  30.0 
0.050  80.0  42.9 
0.100  106.7  50.0 
0.200  128.0  54.6 
0.500  145.5  57.7 
1.000  152.4  58.9 
2.000  156.1  59.5 
5.000  158.5  59.8 
10.000  159.3  59.9 
20.000  159.7  60.0 
50.000  159.9  60.0 
100.000  160.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hetero-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Correct MC

dabb_15ac

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  30.0  13.4 
0.002  51.5  22.9 
0.005  90.0  40.0 
0.010  120.1  53.4 
0.020  144.0  64.0 
0.050  163.7  72.8 
0.100  171.5  76.2 
0.200  175.7  78.1 
0.500  178.3  79.3 
1.000  179.2  79.7 
2.000  179.6  79.9 
5.000  179.9  80.0 
10.000  180.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect epi-competitive Incorrect non-competitive Correct quasi-competitive Incorrect un-competitive Incorrect MC

c90d_638b

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  60.0  3.6 
0.002  90.0  7.0 
0.005  128.6  16.4 
0.010  150.0  30.0 
0.020  163.7  51.5 
0.050  173.1  90.0 
0.100  176.5  120.0 
0.200  178.3  144.0 
0.500  179.3  163.7 
1.000  179.7  171.5 
2.000  179.9  175.7 
5.000  180.0  178.3 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hypo-competitive Incorrect non-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

02c3_bf27

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  13.4  0.1 
0.002  20.0  0.2 
0.005  28.6  0.4 
0.010  33.4  0.8 
0.020  36.4  1.6 
0.050  38.5  3.7 
0.100  39.3  6.7 
0.200  39.7  11.5 
0.500  39.9  20.0 
1.000  40.0  26.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct epi-competitive Incorrect non-competitive Incorrect oligo-competitive Incorrect un-competitive Incorrect MC

3ccb_d875

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  14.6  0.4 
0.002  26.7  0.7 
0.005  53.4  1.6 
0.010  80.0  3.2 
0.020  106.7  6.2 
0.050  133.4  14.6 
0.100  145.5  26.7 
0.200  152.4  45.8 
0.500  156.9  80.0 
1.000  158.5  106.7 
2.000  159.3  128.0 
5.000  159.7  145.5 
10.000  159.9  152.4 
20.000  160.0  156.1 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Correct non-competitive Incorrect poly-competitive Incorrect un-competitive Incorrect MC

0cdc_3a84

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  20.0  20.0 
0.002  30.0  26.7 
0.005  42.9  33.4 
0.010  50.0  36.4 
0.020  54.6  38.1 
0.050  57.7  39.3 
0.100  58.9  39.7 
0.200  59.5  39.9 
0.500  59.8  40.0 
1.000  59.9  40.0 
2.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Incorrect over-competitive Incorrect pseudo-competitive Incorrect un-competitive Correct MC

887a_4cfe

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  23.4  20.0 
0.002  40.0  30.0 
0.005  70.0  42.9 
0.010  93.4  50.0 
0.020  112.0  54.6 
0.050  127.3  57.7 
0.100  133.4  58.9 
0.200  136.6  59.5 
0.500  138.7  59.8 
1.000  139.4  59.9 
2.000  139.7  60.0 
5.000  139.9  60.0 
10.000  140.0  60.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect extra-competitive Incorrect non-competitive Incorrect pseudo-competitive Incorrect un-competitive Correct MC

ae7d_9232

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  3.2  1.6 
0.002  6.2  3.1 
0.005  14.6  7.3 
0.010  26.7  13.4 
0.020  45.8  22.9 
0.050  80.0  40.0 
0.100  106.7  53.4 
0.200  128.0  64.0 
0.500  145.5  72.8 
1.000  152.4  76.2 
2.000  156.1  78.1 
5.000  158.5  79.3 
10.000  159.3  79.7 
20.000  159.7  79.9 
50.000  159.9  80.0 
100.000  160.0  80.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect non-competitive Correct proto-competitive Incorrect un-competitive Incorrect MC

79d9_6cf7

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  0.8  0.4 
0.002  1.6  0.8 
0.005  3.7  1.9 
0.010  6.7  3.4 
0.020  11.5  5.8 
0.050  20.0  10.0 
0.100  26.7  13.4 
0.200  32.0  16.0 
0.500  36.4  18.2 
1.000  38.1  19.1 
2.000  39.1  19.6 
5.000  39.7  19.9 
10.000  39.9  20.0 
20.000  40.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect inter-competitive Incorrect non-competitive Correct proto-competitive Incorrect un-competitive Incorrect MC

5646_bff4

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  4.0  0.1 
0.002  7.7  0.1 
0.005  18.2  0.1 
0.010  33.4  0.1 
0.020  57.2  0.2 
0.050  100.0  0.5 
0.100  133.4  1.0 
0.200  160.0  2.0 
0.500  181.9  4.9 
1.000  190.5  9.6 
2.000  195.2  18.2 
5.000  198.1  40.0 
10.000  199.1  66.7 
20.000  199.6  100.0 
50.000  199.9  142.9 
100.000  200.0  166.7 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct hyper-competitive Incorrect non-competitive Incorrect semi-competitive Incorrect un-competitive Incorrect MC

9457_d4c2

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  5.5  1.9 
0.002  10.0  3.4 
0.005  20.0  6.7 
0.010  30.0  10.0 
0.020  40.0  13.4 
0.050  50.0  16.7 
0.100  54.6  18.2 
0.200  57.2  19.1 
0.500  58.9  19.7 
1.000  59.5  19.9 
2.000  59.8  20.0 
5.000  59.9  20.0 
10.000  60.0  20.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect idio-competitive Incorrect non-competitive Correct pre-competitive Incorrect un-competitive Incorrect MC

266b_71a9

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  53.4  33.4 
0.002  80.0  50.0 
0.005  114.3  71.5 
0.010  133.4  83.4 
0.020  145.5  91.0 
0.050  153.9  96.2 
0.100  156.9  98.1 
0.200  158.5  99.1 
0.500  159.4  99.7 
1.000  159.7  99.9 
2.000  159.9  100.0 
5.000  160.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect hetero-competitive Incorrect non-competitive Correct ultra-competitive Incorrect un-competitive Incorrect MC

a9ca_27c9

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  53.4  26.7 
0.002  80.0  45.8 
0.005  114.3  80.0 
0.010  133.4  106.7 
0.020  145.5  128.0 
0.050  153.9  145.5 
0.100  156.9  152.4 
0.200  158.5  156.1 
0.500  159.4  158.5 
1.000  159.7  159.3 
2.000  159.9  159.7 
5.000  160.0  159.9 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct non-competitive Incorrect para-competitive Incorrect ultra-competitive Incorrect un-competitive Incorrect MC

04b6_0866

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  10.0  6.7 
0.002  17.2  11.5 
0.005  30.0  20.0 
0.010  40.0  26.7 
0.020  48.0  32.0 
0.050  54.6  36.4 
0.100  57.2  38.1 
0.200  58.6  39.1 
0.500  59.5  39.7 
1.000  59.8  39.9 
2.000  59.9  40.0 
5.000  60.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect contra-competitive Incorrect homo-competitive Incorrect non-competitive Correct un-competitive Incorrect MC

d559_130a

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  6.7  0.1 
0.002  12.8  0.1 
0.005  28.0  0.1 
0.010  46.7  0.1 
0.020  70.0  0.2 
0.050  100.0  0.4 
0.100  116.7  0.7 
0.200  127.3  1.4 
0.500  134.7  3.5 
1.000  137.3  6.7 
2.000  138.7  12.8 
5.000  139.5  28.0 
10.000  139.8  46.7 
20.000  139.9  70.0 
50.000  140.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Correct epi-competitive Incorrect non-competitive Incorrect para-competitive Incorrect un-competitive Incorrect MC

3494_8aab

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  11.0  3.7 
0.002  20.0  6.7 
0.005  40.0  13.4 
0.010  60.0  20.0 
0.020  80.0  26.7 
0.050  100.0  33.4 
0.100  109.1  36.4 
0.200  114.3  38.1 
0.500  117.7  39.3 
1.000  118.9  39.7 
2.000  119.5  39.9 
5.000  119.8  40.0 
10.000  119.9  40.0 
20.000  120.0  40.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

competitive Incorrect non-competitive Correct ortho-competitive Incorrect ultra-competitive Incorrect un-competitive Incorrect MC

09b7_f8fa

Michaelis-Menten Kinetics and Inhibition Type Determination

The table below presents data on enzyme activity measured as initial reaction velocities (V0) with and without the presence of an inhibitor at various substrate concentrations ([S]).

substrate
concentration, [S]
initial reaction
velocity no inhibitor
V0 (–inh)
initial reaction
velocity with inhibitor
V0 (+inh)
0.001  18.2  16.7 
0.002  33.4  28.6 
0.005  66.7  50.0 
0.010  100.0  66.7 
0.020  133.4  80.0 
0.050  166.7  91.0 
0.100  181.9  95.3 
0.200  190.5  97.6 
0.500  196.1  99.1 
1.000  198.1  99.6 
2.000  199.1  99.8 
5.000  199.7  100.0 
10.000  199.9  100.0 
20.000  200.0  100.0 

Based on the data provided, determine the type of inhibition show by the inhibitor. Consider how the addition of the inhibitor affects the initial reaction velocities (V0) at various substrate concentrations ([S]).

anti-competitive Incorrect competitive Incorrect eco-competitive Incorrect non-competitive Incorrect un-competitive Correct