3d50_7db4
H3C/\/═\/\/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–9,17 Incorrect ω–5,12 Incorrect ω–4,12 Correct ω–1,2 Incorrect ω–10,17 Incorrect MC070c_4db0
H3C/\/\‗/\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–7,10,14 Incorrect ω–5,9,14 Correct ω–5,10,14 Incorrect ω–1,2,3 Incorrect ω–7,11,14 Incorrect MC2268_7354
H3C/\/\/\/\‗/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2 Incorrect ω–9,17 Correct ω–4,11 Incorrect ω–3,11 Incorrect ω–10,17 Incorrect MC0dcd_6d3b
H3C/\/\/\/═\/\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–1,2 Incorrect ω–4,14 Incorrect ω–8,18 Correct ω–9,18 Incorrect ω–5,14 Incorrect MCf08d_7626
H3C/\/═\/\/\‗/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–8,12,18 Incorrect ω–1,2,3 Incorrect ω–10,13,18 Incorrect ω–6,11,14 Incorrect ω–4,10,14 Correct MC7d3f_26b5
H3C/\/\/\‗/\/\/═\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–7,13,17 Correct ω–1,2,3 Incorrect ω–4,7,12 Incorrect ω–9,14,17 Incorrect ω–2,6,12 Incorrect MCdfb4_5d4d
H3C/\/\‗/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–9,15 Incorrect ω–1,2 Incorrect ω–5,11 Correct ω–6,11 Incorrect ω–10,15 Incorrect MCf2f7_8db5
H3C/\/\/═\/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–6,14 Correct ω–1,2 Incorrect ω–6,13 Incorrect ω–7,14 Incorrect ω–5,13 Incorrect MC1b24_cf4f
H3C/\/\‗/\/\/═\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2,3 Incorrect ω–5,11,16 Incorrect ω–5,11,18 Correct ω–7,12,18 Incorrect ω–3,10,16 Incorrect MC645d_0a08
H3C/\/═\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,8,13 Incorrect ω–3,7,13 Incorrect ω–4,10,14 Correct ω–6,11,14 Incorrect ω–1,2,3 Incorrect MC75cf_523b
H3C/\/\‗/\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–4,7,11 Incorrect ω–6,8,11 Incorrect ω–5,9,12 Correct ω–7,10,12 Incorrect ω–1,2,3 Incorrect MC5876_610b
H3C/\/\/\‗/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–5,9,11 Incorrect ω–3,8,11 Incorrect ω–1,2,3 Incorrect ω–9,11,15 Incorrect ω–7,10,15 Correct MCe0b5_c7c0
H3C/\/\/═\/\/═\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–6,11,17 Correct ω–8,12,17 Incorrect ω–1,2,3 Incorrect ω–5,11,16 Incorrect ω–7,12,16 Incorrect MCb1d9_efe1
H3C/\/\/\/═\/═\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–5,9,12 Incorrect ω–10,12,15 Incorrect ω–8,11,15 Correct ω–7,10,12 Incorrect ω–1,2,3 Incorrect MCa944_55ef
H3C/\/═\/═\/\/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–4,7,17 Correct ω–7,16,18 Incorrect ω–5,15,18 Incorrect ω–1,2,3 Incorrect ω–6,8,17 Incorrect MCf5e4_84f9
H3C/\/\/═\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–4,11 Incorrect ω–7,13 Incorrect ω–1,2 Incorrect ω–6,13 Correct ω–5,11 Incorrect MC0ef4_d874
H3C/\/\/\/\/═\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–11,19 Incorrect ω–3,11 Incorrect ω–10,19 Correct ω–2,11 Incorrect ω–1,2 Incorrect MCcf81_d65c
H3C/\/\/\/═\/═\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–4,10,13 Incorrect ω–8,11,17 Correct ω–6,11,13 Incorrect ω–10,12,17 Incorrect ω–1,2,3 Incorrect MCd543_f616
H3C/\/\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–5,14 Incorrect ω–7,15 Incorrect ω–6,14 Incorrect ω–6,15 Correct ω–1,2 Incorrect MC1049_6f31
H3C/\/\/\/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–4,6 Incorrect ω–11,14 Correct ω–12,14 Incorrect ω–3,6 Incorrect ω–1,2 Incorrect MC12d3_66a7
H3C/\‗/\/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–7,13 Incorrect ω–3,9 Correct ω–1,2 Incorrect ω–8,13 Incorrect ω–4,9 Incorrect MC040b_4d08
H3C/\/\‗/\/═\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–7,10,12 Incorrect ω–5,8,12 Incorrect ω–1,2,3 Incorrect ω–5,9,12 Correct ω–7,9,12 Incorrect MCf41f_4fb0
H3C/\/\‗/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,6,11 Incorrect ω–4,7,11 Incorrect ω–7,11,14 Incorrect ω–1,2,3 Incorrect ω–5,10,14 Correct MC88f6_05df
H3C/\/\/\/\/\‗/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–12,14 Incorrect ω–6,9 Incorrect ω–1,2 Incorrect ω–11,14 Correct ω–7,9 Incorrect MCc42f_320d
H3C/\/\/═\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–8,12,14 Incorrect ω–2,5,10 Incorrect ω–1,2,3 Incorrect ω–6,11,14 Correct ω–4,6,10 Incorrect MC74a5_92fc
H3C/\/\‗/\/\‗/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–4,8,12 Incorrect ω–5,10,15 Correct ω–7,11,15 Incorrect ω–1,2,3 Incorrect ω–2,7,12 Incorrect MCc42f_33e4
H3C/\/\/═\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–1,2,3 Incorrect ω–4,6,10 Incorrect ω–6,11,14 Correct ω–2,5,10 Incorrect ω–8,12,14 Incorrect MC3431_03be
H3C/\/\/═\/\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–4,14 Incorrect ω–1,2 Incorrect ω–6,17 Correct ω–3,14 Incorrect ω–7,17 Incorrect MC8e55_e527
H3C/\/\/\‗/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–7,12 Correct ω–1,2 Incorrect ω–5,9 Incorrect ω–4,9 Incorrect ω–8,12 Incorrect MC5cb8_b5d1
H3C/\/\/\‗/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–9,14 Incorrect ω–8,12 Incorrect ω–10,14 Incorrect ω–1,2 Incorrect ω–7,12 Correct MC550a_96e8
H3C/\/\/\/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–2,12 Incorrect ω–11,20 Incorrect ω–1,2 Incorrect ω–3,12 Incorrect ω–10,20 Correct MC7b36_6e4a
H3C/\/═\/═\/\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–14,16 Incorrect ω–5,7 Incorrect ω–4,7 Correct ω–13,16 Incorrect ω–1,2 Incorrect MC3c1c_5303
H3C/\‗/\/\/═\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–3,9,18 Correct ω–4,12,17 Incorrect ω–2,11,17 Incorrect ω–5,10,18 Incorrect MC76ef_4bbb
H3C/\/═\/\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–3,14 Incorrect ω–2,14 Incorrect ω–4,16 Correct ω–5,16 Incorrect ω–1,2 Incorrect MC0c5a_4e76
H3C/\/═\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–4,11 Correct ω–5,11 Incorrect ω–1,2 Incorrect ω–6,12 Incorrect ω–5,12 Incorrect MC489d_d955
H3C/\/\‗/\‗/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,8,12 Correct ω–1,2,3 Incorrect ω–7,9,12 Incorrect ω–5,9,12 Incorrect ω–7,10,12 Incorrect MC489d_8a21
H3C/\/\‗/\‗/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,9,12 Incorrect ω–1,2,3 Incorrect ω–7,9,12 Incorrect ω–5,8,12 Correct ω–7,10,12 Incorrect MC91d9_6d2e
H3C/\/\/\‗/\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2 Incorrect ω–7,14 Correct ω–6,13 Incorrect ω–8,14 Incorrect ω–7,13 Incorrect MC3e39_0488
H3C/\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–1,2 Incorrect ω–5,13 Incorrect ω–6,14 Incorrect ω–4,13 Correct ω–5,14 Incorrect MCbd9f_2535
H3C/\/\‗/\/\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–9,15 Incorrect ω–1,2 Incorrect ω–8,15 Incorrect ω–6,12 Incorrect ω–5,12 Correct MC38c9_9f64
H3C/\/\‗/\‗/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–11,13 Incorrect ω–5,8 Correct ω–6,8 Incorrect ω–1,2 Incorrect ω–10,13 Incorrect MC63b2_5e54
H3C/\‗/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–4,9 Incorrect ω–3,9 Correct ω–1,2 Incorrect ω–9,15 Incorrect ω–10,15 Incorrect MCf872_6f56
H3C/\/\/\/\/\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–3,6 Incorrect ω–1,2 Incorrect ω–4,6 Incorrect ω–16,19 Correct ω–17,19 Incorrect MCc2a9_7a69
H3C/\/\/═\/\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–8,16,18 Incorrect ω–6,15,18 Correct ω–1,2,3 Incorrect ω–3,6,15 Incorrect ω–5,7,15 Incorrect MCc138_f559
H3C/\/\/\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–9,12 Incorrect ω–9,11 Incorrect ω–8,11 Correct ω–1,2 Incorrect ω–10,12 Incorrect MC0818_a431
H3C/\‗/\‗/\/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–7,15,17 Incorrect ω–5,7,15 Incorrect ω–3,6,15 Correct ω–5,14,17 Incorrect MC4fbb_2ff8
H3C/\/═\/\‗/\/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–13,17 Incorrect ω–1,2 Incorrect ω–14,17 Incorrect ω–5,8 Incorrect ω–4,8 Correct MC6c69_0aab
H3C/\/\/\/\/\/═\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–13,15 Incorrect ω–1,2 Incorrect ω–6,8 Incorrect ω–5,8 Incorrect ω–12,15 Correct MCc172_3f17
H3C/\‗/\/═\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–7,12,15 Incorrect ω–3,7,13 Correct ω–1,2,3 Incorrect ω–5,8,13 Incorrect ω–5,11,15 Incorrect MC2b2b_8d9f
H3C/\/\/\/═\/\‗/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–10,14 Incorrect ω–11,14 Incorrect ω–1,2 Incorrect ω–9,12 Incorrect ω–8,12 Correct MC5cb8_d0e7
H3C/\/\/\‗/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–8,12 Incorrect ω–7,12 Correct ω–10,14 Incorrect ω–9,14 Incorrect ω–1,2 Incorrect MCee5d_36a6
H3C/\/\‗/\‗/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–6,11,14 Incorrect ω–8,12,14 Incorrect ω–7,9,13 Incorrect ω–5,8,13 Correct ω–1,2,3 Incorrect MCbd59_b72e
H3C/\/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–7,16 Incorrect ω–6,16 Correct ω–1,2 Incorrect ω–3,12 Incorrect ω–2,12 Incorrect MCf5e4_5ddf
H3C/\/\/═\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–4,11 Incorrect ω–6,13 Correct ω–5,11 Incorrect ω–1,2 Incorrect ω–7,13 Incorrect MC3c5e_fdeb
H3C/\/\‗/\/\/\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–4,16 Incorrect ω–1,2 Incorrect ω–5,16 Incorrect ω–6,17 Incorrect ω–5,17 Correct MCefc4_e852
H3C/\/\/═\/\‗/\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–6,12,16 Incorrect ω–1,2,3 Incorrect ω–8,11,16 Incorrect ω–6,10,16 Correct ω–8,13,16 Incorrect MCb878_e602
H3C/\/\/\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–1,2 Incorrect ω–8,16 Correct ω–3,10 Incorrect ω–2,10 Incorrect ω–9,16 Incorrect MC38c9_109a
H3C/\/\‗/\‗/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–6,8 Incorrect ω–11,13 Incorrect ω–1,2 Incorrect ω–10,13 Incorrect ω–5,8 Correct MC132c_306e
H3C/\/\/\‗/\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–7,15 Correct ω–5,12 Incorrect ω–4,12 Incorrect ω–8,15 Incorrect MC734d_b278
H3C/\‗/\/\‗/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,9,12 Incorrect ω–1,2,3 Incorrect ω–7,10,14 Incorrect ω–3,8,12 Correct ω–5,9,14 Incorrect MC8af7_dca8
H3C/\/\‗/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–6,10 Incorrect ω–1,2 Incorrect ω–8,12 Incorrect ω–5,10 Correct ω–7,12 Incorrect MC6d65_7cd7
H3C/\/\‗/\/\/═\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,11,15 Correct ω–4,7,12 Incorrect ω–7,12,15 Incorrect ω–1,2,3 Incorrect ω–2,6,12 Incorrect MCd31c_20dd
H3C/\/\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–6,10 Incorrect ω–1,2 Incorrect ω–6,11 Correct ω–7,11 Incorrect ω–5,10 Incorrect MC339e_b2ae
H3C/\/\‗/\/═\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2,3 Incorrect ω–8,13,16 Incorrect ω–5,9,15 Correct ω–7,10,15 Incorrect ω–6,12,16 Incorrect MCd813_c520
H3C/\/\‗/\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–2,12 Incorrect ω–3,12 Incorrect ω–6,15 Incorrect ω–1,2 Incorrect ω–5,15 Correct MC6100_42a3
H3C/\/\‗/\‗/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–11,14 Incorrect ω–5,8 Correct ω–12,14 Incorrect ω–6,8 Incorrect MCeacf_ee83
H3C/\/\‗/\/\/\/═\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–5,9,17 Incorrect ω–7,10,17 Incorrect ω–1,2,3 Incorrect ω–5,13,17 Correct ω–7,14,17 Incorrect MC3d50_9e4f
H3C/\/═\/\/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–5,12 Incorrect ω–1,2 Incorrect ω–10,17 Incorrect ω–9,17 Incorrect ω–4,12 Correct MC843e_289d
H3C/\/\/\/\/═\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–10,17 Correct ω–5,12 Incorrect ω–1,2 Incorrect ω–11,17 Incorrect ω–6,12 Incorrect MCa1ff_ce21
H3C/\/\‗/\/\/\‗/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–4,8,14 Incorrect ω–7,13,17 Incorrect ω–1,2,3 Incorrect ω–2,7,14 Incorrect ω–5,12,17 Correct MCd9a5_e2de
H3C/\/\‗/\/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–5,12 Correct ω–6,12 Incorrect ω–7,14 Incorrect ω–8,14 Incorrect MC825b_52e6
H3C/\/\/\/\‗/\/\/═\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–9,15,19 Correct ω–4,7,12 Incorrect ω–11,16,19 Incorrect ω–1,2,3 Incorrect ω–2,6,12 Incorrect MC85cf_7ca2
H3C/\/\‗/\/\/\/\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–5,15,19 Correct ω–3,7,17 Incorrect ω–7,16,19 Incorrect ω–5,8,17 Incorrect ω–1,2,3 Incorrect MCeb0f_ba4f
H3C/\/═\/\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–4,6,12 Incorrect ω–4,11,14 Correct ω–1,2,3 Incorrect ω–6,12,14 Incorrect ω–2,5,12 Incorrect MCed28_71cc
H3C/\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–3,12 Incorrect ω–4,12 Incorrect ω–5,13 Incorrect ω–4,13 Correct ω–1,2 Incorrect MC3889_4cf3
H3C/\/\/\/\/\‗/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–2,9 Incorrect ω–11,18 Correct ω–12,18 Incorrect ω–3,9 Incorrect ω–1,2 Incorrect MC654c_b062
H3C/\/\/\/\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–3,12 Incorrect ω–1,2 Incorrect ω–11,19 Incorrect ω–4,12 Incorrect ω–10,19 Correct MC869d_c26f
H3C/\/═\/\‗/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–6,9,11 Incorrect ω–8,11,15 Incorrect ω–10,12,15 Incorrect ω–1,2,3 Incorrect ω–4,8,11 Correct MCa67c_7a71
H3C/\/═\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,7,13 Incorrect ω–1,2,3 Incorrect ω–6,12,14 Incorrect ω–3,6,13 Incorrect ω–4,11,14 Correct MCbe55_3134
H3C/\/\‗/\/\/\/\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–2,7,17 Incorrect ω–7,16,20 Incorrect ω–5,15,20 Correct ω–4,8,17 Incorrect ω–1,2,3 Incorrect MCb878_4edb
H3C/\/\/\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–2,10 Incorrect ω–9,16 Incorrect ω–8,16 Correct ω–1,2 Incorrect ω–3,10 Incorrect MCdb43_ab57
H3C/\‗/\/\/\/\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–8,19 Incorrect ω–9,19 Incorrect ω–4,14 Incorrect ω–3,14 Correct ω–1,2 Incorrect MC2361_c33b
H3C/\‗/\/\‗/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–1,2,3 Incorrect ω–5,11,15 Incorrect ω–3,8,15 Correct ω–3,10,15 Incorrect ω–5,9,15 Incorrect MC2a2a_c0ab
H3C/\/\/\‗/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–7,11,14 Correct ω–5,7,10 Incorrect ω–9,12,14 Incorrect ω–3,6,10 Incorrect ω–1,2,3 Incorrect MC8f92_1ec8
H3C/\/\‗/\/\/\/\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–6,8,17 Incorrect ω–1,2,3 Incorrect ω–5,15,18 Correct ω–4,7,17 Incorrect ω–7,16,18 Incorrect MC3541_6e52
H3C/\/\/\/\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–2,5 Incorrect ω–1,2 Incorrect ω–13,15 Incorrect ω–3,5 Incorrect ω–12,15 Correct MC8d68_6619
H3C/\‗/\/\‗/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–5,9,16 Incorrect ω–1,2,3 Incorrect ω–3,8,16 Correct ω–2,10,15 Incorrect ω–4,11,15 Incorrect MCa8b3_36cf
H3C/\/\/\‗/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–7,12 Correct ω–6,10 Incorrect ω–5,10 Incorrect ω–8,12 Incorrect ω–1,2 Incorrect MC95bc_7ba0
H3C/\‗/\/\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–6,14 Incorrect ω–4,11 Incorrect ω–7,14 Incorrect ω–1,2 Incorrect ω–3,11 Correct MC1912_6917
H3C/\/═\/\/\/\/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2 Incorrect ω–4,18 Correct ω–4,17 Incorrect ω–5,18 Incorrect ω–3,17 Incorrect MC040b_da5d
H3C/\‗/\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,13 Incorrect ω–3,14 Correct ω–3,13 Incorrect ω–1,2 Incorrect ω–4,14 Incorrect MCd103_20a7
H3C/\/═\/═\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,7 Incorrect ω–4,7 Correct ω–11,13 Incorrect ω–10,13 Incorrect ω–1,2 Incorrect MCf1c6_7f7a
H3C/\/═\/\/\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–6,15 Incorrect ω–4,13 Correct ω–7,15 Incorrect ω–5,13 Incorrect MCe9d4_00ae
H3C/\/\‗/\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–6,13 Incorrect ω–5,12 Incorrect ω–4,12 Incorrect ω–1,2 Incorrect ω–5,13 Correct MC4408_e78f
H3C/\/\‗/\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,7,11 Incorrect ω–4,8,11 Incorrect ω–7,10,14 Incorrect ω–1,2,3 Incorrect ω–5,9,14 Correct MC55a2_1c0c
H3C/\/\‗/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,10,14 Correct ω–3,7,12 Incorrect ω–7,11,14 Incorrect ω–5,8,12 Incorrect ω–1,2,3 Incorrect MC7f05_fbf0
H3C/\/\/\‗/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–2,11 Incorrect ω–7,16 Correct ω–1,2 Incorrect ω–8,16 Incorrect ω–3,11 Incorrect MC9ebc_8cb6
H3C/\/\/\/═\/\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–2,14 Incorrect ω–1,2 Incorrect ω–3,14 Incorrect ω–8,20 Correct ω–9,20 Incorrect MC7b4b_a6eb
H3C/\/\/\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–9,13 Incorrect ω–5,9 Incorrect ω–4,9 Incorrect ω–1,2 Incorrect ω–8,13 Correct MC8d08_4631
H3C/\/\/\/\/\‗/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–4,7,11 Incorrect ω–11,16,20 Correct ω–1,2,3 Incorrect ω–13,17,20 Incorrect ω–2,6,11 Incorrect MC6c34_17bc
H3C/\/═\/\/\/\‗/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–6,9,16 Incorrect ω–4,8,16 Incorrect ω–1,2,3 Incorrect ω–6,13,16 Incorrect ω–4,12,16 Correct MC98a6_6c88
H3C/\‗/\/═\/\/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2 Incorrect ω–4,7 Incorrect ω–14,18 Incorrect ω–15,18 Incorrect ω–3,7 Correct MC2243_89a7
H3C/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,12 Incorrect ω–5,14 Incorrect ω–1,2 Incorrect ω–4,14 Correct ω–3,12 Incorrect MCf435_b85d
H3C/\/\/\/\/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2 Incorrect ω–12,15 Incorrect ω–11,15 Correct ω–6,10 Incorrect ω–7,10 Incorrect MC68f7_e3e8
H3C/\‗/\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–7,11,14 Incorrect ω–1,2,3 Incorrect ω–5,8,12 Incorrect ω–5,10,14 Incorrect ω–3,7,12 Correct MC192a_ec02
H3C/\/\/\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–4,12 Incorrect ω–3,12 Incorrect ω–8,17 Correct ω–9,17 Incorrect ω–1,2 Incorrect MC4fc1_13b0
H3C/\‗/\/\/═\/\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–5,10,18 Incorrect ω–4,13,19 Incorrect ω–6,14,19 Incorrect ω–3,9,18 Correct ω–1,2,3 Incorrect MCc42f_d2e8
H3C/\/\/═\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–6,11,14 Correct ω–2,5,10 Incorrect ω–1,2,3 Incorrect ω–8,12,14 Incorrect ω–4,6,10 Incorrect MC2762_0e08
H3C/\/\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–3,10 Incorrect ω–7,14 Incorrect ω–1,2 Incorrect ω–6,14 Correct ω–2,10 Incorrect MCb1b8_8fe2
H3C/\‗/\/\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–3,9,12 Correct ω–9,12,18 Incorrect ω–11,13,18 Incorrect ω–1,2,3 Incorrect ω–5,10,12 Incorrect MCeca3_04e9
H3C/\/═\/\/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–4,12,15 Correct ω–1,2,3 Incorrect ω–6,13,15 Incorrect ω–3,6,14 Incorrect ω–5,7,14 Incorrect MCf8c7_5564
H3C/\/\‗/\/═\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2,3 Incorrect ω–7,10,15 Incorrect ω–6,11,14 Incorrect ω–4,10,14 Incorrect ω–5,9,15 Correct MC9a7d_510f
H3C/\/═\/\/═\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–8,11,16 Incorrect ω–1,2,3 Incorrect ω–4,9,12 Correct ω–6,10,12 Incorrect ω–10,12,16 Incorrect MCdff8_8461
H3C/\/\/\/═\/\/\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–8,15,19 Correct ω–5,8,14 Incorrect ω–3,7,14 Incorrect ω–10,16,19 Incorrect ω–1,2,3 Incorrect MC982c_79ad
H3C/\‗/\/\/\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–2,16 Incorrect ω–4,17 Incorrect ω–1,2 Incorrect ω–3,17 Correct ω–3,16 Incorrect MCe633_7235
H3C/\/\/═\/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–9,13 Incorrect ω–6,11 Correct ω–8,13 Incorrect ω–7,11 Incorrect ω–1,2 Incorrect MC6bf0_d4db
H3C/\/\/\‗/\/═\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–5,8,12 Incorrect ω–1,2,3 Incorrect ω–7,9,12 Incorrect ω–9,12,14 Incorrect ω–7,11,14 Correct MC710c_3ba3
H3C/\/═\/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–5,9 Incorrect ω–7,12 Incorrect ω–4,9 Correct ω–1,2 Incorrect ω–8,12 Incorrect MCd528_8397
H3C/\/\/\/\/\/═\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–12,18 Correct ω–4,9 Incorrect ω–13,18 Incorrect ω–1,2 Incorrect ω–3,9 Incorrect MCade6_3e2d
H3C/\/\/\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–3,7 Incorrect ω–4,7 Incorrect ω–1,2 Incorrect ω–11,15 Correct ω–12,15 Incorrect MC9d50_e6a4
H3C/\/\‗/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–8,11 Incorrect ω–7,11 Incorrect ω–5,9 Correct ω–6,9 Incorrect ω–1,2 Incorrect MCe633_4683
H3C/\/\/═\/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–6,11 Correct ω–9,13 Incorrect ω–7,11 Incorrect ω–8,13 Incorrect MCd31c_1f87
H3C/\/\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–6,10 Incorrect ω–5,10 Incorrect ω–1,2 Incorrect ω–7,11 Incorrect ω–6,11 Correct MCbb18_fe31
H3C/\/\/═\/\‗/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–9,12,15 Incorrect ω–7,11,15 Incorrect ω–8,11,14 Incorrect ω–1,2,3 Incorrect ω–6,10,14 Correct MCee21_25a5
H3C/\/\/\‗/\/═\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–4,9,12 Incorrect ω–2,8,12 Incorrect ω–1,2,3 Incorrect ω–9,12,17 Incorrect ω–7,11,17 Correct MC409d_4da6
H3C/\/\/\/\/═\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2 Incorrect ω–11,16 Incorrect ω–10,16 Correct ω–3,9 Incorrect ω–4,9 Incorrect MCd873_638e
H3C/\/\/═\/═\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–6,9 Correct ω–1,2 Incorrect ω–11,13 Incorrect ω–10,13 Incorrect ω–7,9 Incorrect MCa505_c9bd
H3C/\/═\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–1,2,3 Incorrect ω–4,7,12 Correct ω–6,8,12 Incorrect ω–6,10,12 Incorrect ω–4,9,12 Incorrect MCbf5d_31ec
H3C/\/\/═\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–7,10 Incorrect ω–6,10 Correct ω–9,12 Incorrect ω–1,2 Incorrect ω–8,12 Incorrect MC172e_cf8d
H3C/\/\‗/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,8,11 Incorrect ω–5,8,14 Correct ω–1,2,3 Incorrect ω–4,9,11 Incorrect ω–7,9,14 Incorrect MC9bb7_6cd2
H3C/\/\/═\/\/\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–7,19 Incorrect ω–3,16 Incorrect ω–6,19 Correct ω–4,16 Incorrect ω–1,2 Incorrect MC3b2c_8fa4
H3C/\/═\/\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–6,10,12 Incorrect ω–4,9,12 Correct ω–6,8,12 Incorrect ω–1,2,3 Incorrect ω–4,7,12 Incorrect MC7a75_6592
H3C/\/═\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2,3 Incorrect ω–6,8,16 Incorrect ω–4,7,16 Correct ω–3,12,15 Incorrect ω–5,13,15 Incorrect MCba39_9521
H3C/\/\/\/\/\/═\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2 Incorrect ω–2,8 Incorrect ω–13,18 Incorrect ω–12,18 Correct ω–3,8 Incorrect MCf594_a159
H3C/\/\‗/\/\/\/\‗/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–6,9,17 Incorrect ω–7,15,18 Incorrect ω–1,2,3 Incorrect ω–4,8,17 Incorrect ω–5,14,18 Correct MCade6_1c5a
H3C/\/\/\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–11,15 Correct ω–12,15 Incorrect ω–4,7 Incorrect ω–3,7 Incorrect ω–1,2 Incorrect MCe6ce_a670
H3C/\/\/\‗/\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–3,6,14 Incorrect ω–1,2,3 Incorrect ω–5,7,14 Incorrect ω–7,15,18 Correct ω–9,16,18 Incorrect MCc66c_854f
H3C/\/\/\/\/═\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–11,17 Incorrect ω–10,17 Correct ω–1,2 Incorrect ω–3,10 Incorrect ω–4,10 Incorrect MC95bc_ea8a
H3C/\‗/\/\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–6,14 Incorrect ω–1,2 Incorrect ω–4,11 Incorrect ω–3,11 Correct ω–7,14 Incorrect MCc3b3_b4b3
H3C/\/\/═\/═\/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2,3 Incorrect ω–6,9,14 Correct ω–8,10,14 Incorrect ω–9,13,15 Incorrect ω–7,12,15 Incorrect MC0811_1934
H3C/\‗/\‗/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–3,6,9 Correct ω–5,7,9 Incorrect ω–1,2,3 Incorrect ω–7,10,13 Incorrect ω–9,11,13 Incorrect MCed34_d2f3
H3C/\/\/\/\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–11,13 Incorrect ω–7,9 Incorrect ω–10,13 Correct ω–1,2 Incorrect ω–6,9 Incorrect MC49db_273f
H3C/\/\‗/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–3,6,11 Incorrect ω–7,11,13 Incorrect ω–5,7,11 Incorrect ω–5,10,13 Correct ω–1,2,3 Incorrect MC7d1d_c731
H3C/\/\/\/\/\/\/═\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–15,18 Incorrect ω–4,8 Incorrect ω–5,8 Incorrect ω–14,18 Correct ω–1,2 Incorrect MCf5a6_e28a
H3C/\‗/\/\/\/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–6,18 Incorrect ω–4,16 Incorrect ω–3,16 Correct ω–1,2 Incorrect ω–5,18 Incorrect MC6bd0_4462
H3C/\/\‗/\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–6,9,13 Incorrect ω–8,10,13 Incorrect ω–5,9,12 Correct ω–1,2,3 Incorrect ω–7,10,12 Incorrect MC7bec_4fa4
H3C/\‗/\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–2,10,14 Incorrect ω–5,8,15 Incorrect ω–4,11,14 Incorrect ω–3,7,15 Correct ω–1,2,3 Incorrect MC9b45_c027
H3C/\/\/═\/═\/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–12,15 Incorrect ω–1,2 Incorrect ω–6,9 Correct ω–7,9 Incorrect ω–13,15 Incorrect MC0866_e3bc
H3C/\/\/\‗/\/\/═\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–5,10,15 Incorrect ω–1,2,3 Incorrect ω–7,13,19 Correct ω–3,9,15 Incorrect ω–9,14,19 Incorrect MCe8ea_e685
H3C/\/\/\‗/\‗/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–3,10,13 Incorrect ω–9,11,17 Incorrect ω–5,11,13 Incorrect ω–7,10,17 Correct MC71da_7b77
H3C/\/\/\/═\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–8,11,14 Correct ω–10,12,14 Incorrect ω–1,2,3 Incorrect ω–5,7,9 Incorrect ω–3,6,9 Incorrect MCd3fe_23f7
H3C/\‗/\/\/\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–7,17 Incorrect ω–6,17 Incorrect ω–1,2 Incorrect ω–4,14 Incorrect ω–3,14 Correct MC2d16_b11d
H3C/\/\/\/═\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–8,15 Correct ω–3,10 Incorrect ω–1,2 Incorrect ω–4,10 Incorrect ω–9,15 Incorrect MCe03d_bb10
H3C/\/\‗/\/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–5,13 Correct ω–6,13 Incorrect ω–10,17 Incorrect ω–1,2 Incorrect ω–9,17 Incorrect MC23a0_a5ee
H3C/\‗/\/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–3,8,12 Correct ω–1,2,3 Incorrect ω–5,9,12 Incorrect ω–6,10,15 Incorrect ω–8,11,15 Incorrect MCb468_e0c4
H3C/\‗/\/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–9,17 Incorrect ω–1,2 Incorrect ω–10,17 Incorrect ω–3,11 Correct ω–4,11 Incorrect MC408c_304d
H3C/\/\/\/\‗/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2 Incorrect ω–10,16 Incorrect ω–9,16 Correct ω–4,11 Incorrect ω–5,11 Incorrect MCb6e4_110e
H3C/\‗/\/\‗/\/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–1,2,3 Incorrect ω–10,15,19 Incorrect ω–5,9,14 Incorrect ω–8,14,19 Incorrect ω–3,8,14 Correct MC687b_9541
H3C/\/═\/\/═\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–7,11,16 Incorrect ω–9,12,16 Incorrect ω–1,2,3 Incorrect ω–6,10,13 Incorrect ω–4,9,13 Correct MCb962_17f4
H3C/\‗/\/\/═\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–3,9,13 Correct ω–7,11,17 Incorrect ω–5,10,13 Incorrect ω–1,2,3 Incorrect ω–9,12,17 Incorrect MC6b81_8f80
H3C/\/\/\/═\/\‗/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–8,12,15 Correct ω–8,10,13 Incorrect ω–6,9,13 Incorrect ω–10,13,15 Incorrect ω–1,2,3 Incorrect MC1b99_1883
H3C/\‗/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–1,2,3 Incorrect ω–3,10,13 Correct ω–5,11,13 Incorrect ω–6,8,14 Incorrect ω–4,7,14 Incorrect MCb1b8_ef2b
H3C/\‗/\/\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–11,13,18 Incorrect ω–5,10,12 Incorrect ω–1,2,3 Incorrect ω–9,12,18 Incorrect ω–3,9,12 Correct MC4fcf_d3ab
H3C/\/═\/\/\/\‗/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–4,10,17 Incorrect ω–4,12,19 Correct ω–1,2,3 Incorrect ω–2,9,17 Incorrect ω–6,13,19 Incorrect MC805b_da2c
H3C/\/\/\/\/\/═\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–3,9 Incorrect ω–2,9 Incorrect ω–12,19 Correct ω–1,2 Incorrect ω–13,19 Incorrect MC46f6_593c
H3C/\/═\/\/\/═\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–7,10,17 Incorrect ω–4,11,14 Correct ω–6,12,14 Incorrect ω–1,2,3 Incorrect ω–9,11,17 Incorrect MCfc9c_fec0
H3C/\/═\/\/\‗/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–1,2,3 Incorrect ω–4,10,15 Correct ω–4,9,15 Incorrect ω–6,11,15 Incorrect ω–6,10,15 Incorrect MC9afc_19c7
H3C/\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–10,12 Incorrect ω–5,7 Incorrect ω–9,12 Correct ω–4,7 Incorrect ω–1,2 Incorrect MC8804_38fc
H3C/\/\‗/\/\‗/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–7,11,14 Incorrect ω–4,8,13 Incorrect ω–1,2,3 Incorrect ω–5,10,14 Correct ω–6,9,13 Incorrect MC13ec_1517
H3C/\/\‗/\/\/\‗/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–1,2,3 Incorrect ω–8,10,16 Incorrect ω–6,9,16 Incorrect ω–5,12,15 Correct ω–7,13,15 Incorrect MCff63_1bb8
H3C/\/\/\‗/\‗/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–7,10,13 Correct ω–9,12,15 Incorrect ω–1,2,3 Incorrect ω–11,13,15 Incorrect ω–9,11,13 Incorrect MCfd4b_e270
H3C/\‗/\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–6,8,16 Incorrect ω–3,12,15 Correct ω–1,2,3 Incorrect ω–5,13,15 Incorrect ω–4,7,16 Incorrect MC2f54_f603
H3C/\/\/═\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–6,12,17 Correct ω–3,8,14 Incorrect ω–5,9,14 Incorrect ω–8,13,17 Incorrect MCafec_734b
H3C/\/═\/\/\‗/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–5,8,14 Incorrect ω–6,11,13 Incorrect ω–1,2,3 Incorrect ω–4,10,13 Correct ω–7,9,14 Incorrect MC1049_cf38
H3C/\/\/\/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–12,14 Incorrect ω–1,2 Incorrect ω–11,14 Correct ω–4,6 Incorrect ω–3,6 Incorrect MC9a7d_3812
H3C/\/═\/\/═\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–10,12,16 Incorrect ω–4,9,12 Correct ω–6,10,12 Incorrect ω–8,11,16 Incorrect MC3a0a_55ac
H3C/\/═\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–6,9,12 Incorrect ω–8,10,12 Incorrect ω–1,2,3 Incorrect ω–4,7,10 Correct ω–6,8,10 Incorrect MC51ab_03cf
H3C/\/\/\/\‗/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–10,15 Incorrect ω–3,9 Incorrect ω–9,15 Correct ω–1,2 Incorrect ω–4,9 Incorrect MC9523_749d
H3C/\/\/\‗/\/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 19-carbon fatty acid?
ω–8,16 Incorrect ω–7,16 Correct ω–1,2 Incorrect ω–4,12 Incorrect ω–3,12 Incorrect MCf37d_a85a
H3C/\/\‗/\‗/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,8,13 Correct ω–6,10,12 Incorrect ω–7,9,13 Incorrect ω–4,9,12 Incorrect ω–1,2,3 Incorrect MC734d_28f9
H3C/\‗/\/\‗/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,9,14 Incorrect ω–3,8,12 Correct ω–7,10,14 Incorrect ω–1,2,3 Incorrect ω–5,9,12 Incorrect MCeb20_f83b
H3C/\/\/\/\‗/\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–9,18 Correct ω–4,13 Incorrect ω–10,18 Incorrect ω–1,2 Incorrect ω–5,13 Incorrect MC1593_d222
H3C/\/\/═\/═\/\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–4,14,16 Incorrect ω–8,10,20 Incorrect ω–6,9,20 Correct ω–1,2,3 Incorrect ω–2,13,16 Incorrect MC74f1_d062
H3C/\/\/\‗/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–2,5,9 Incorrect ω–7,11,14 Correct ω–4,6,9 Incorrect ω–9,12,14 Incorrect ω–1,2,3 Incorrect MC2e7d_676c
H3C/\/\/\/\‗/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–5,12 Incorrect ω–10,16 Incorrect ω–6,12 Incorrect ω–9,16 Correct ω–1,2 Incorrect MCad5b_b056
H3C/\/\/\‗/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–7,9 Incorrect ω–8,10 Incorrect ω–1,2 Incorrect ω–6,9 Incorrect ω–7,10 Correct MCbb51_d82a
H3C/\/\/\/\/\‗/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–3,7,10 Incorrect ω–1,2,3 Incorrect ω–13,15,18 Incorrect ω–5,8,10 Incorrect ω–11,14,18 Correct MC75f9_3fad
H3C/\/\/\‗/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2 Incorrect ω–10,13 Incorrect ω–7,11 Correct ω–8,11 Incorrect ω–9,13 Incorrect MC7bec_c7e5
H3C/\‗/\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–5,8,15 Incorrect ω–1,2,3 Incorrect ω–2,10,14 Incorrect ω–4,11,14 Incorrect ω–3,7,15 Correct MC17bf_1b5a
H3C/\/\/\/\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 17-carbon fatty acid?
ω–1,2 Incorrect ω–10,14 Correct ω–11,14 Incorrect ω–4,7 Incorrect ω–3,7 Incorrect MC25eb_d9f3
H3C/\/\/═\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–6,9,14 Correct ω–4,9,12 Incorrect ω–1,2,3 Incorrect ω–6,10,12 Incorrect ω–8,10,14 Incorrect MCd61c_b1ab
H3C/\/\‗/\/\/\‗/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 22-carbon fatty acid?
ω–9,11,17 Incorrect ω–1,2,3 Incorrect ω–7,10,17 Incorrect ω–7,13,15 Incorrect ω–5,12,15 Correct MCd616_945d
H3C/\‗/\/\/\‗/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–4,10 Incorrect ω–10,17 Incorrect ω–1,2 Incorrect ω–11,17 Incorrect ω–3,10 Correct MC4fa8_2af8
H3C/\/\‗/\/\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–1,2,3 Incorrect ω–5,14,18 Correct ω–2,6,15 Incorrect ω–4,7,15 Incorrect ω–7,15,18 Incorrect MC9521_c2ba
H3C/\/\/\/\/\/═\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 18-carbon fatty acid?
ω–13,16 Incorrect ω–3,6 Incorrect ω–2,6 Incorrect ω–1,2 Incorrect ω–12,16 Correct MCcae9_92f8
H3C/\/\/═\/\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 20-carbon fatty acid?
ω–3,14 Incorrect ω–2,14 Incorrect ω–6,18 Correct ω–1,2 Incorrect ω–7,18 Incorrect MC5cf0_22d8
H3C/\/\/\/═\/═\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–10,12,19 Incorrect ω–8,11,19 Correct ω–4,11,13 Incorrect ω–1,2,3 Incorrect ω–2,10,13 Incorrect MC47f3_9173
H3C/\/\‗/\/\‗/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 21-carbon fatty acid?
ω–12,16 Incorrect ω–1,2 Incorrect ω–11,16 Incorrect ω–5,10 Correct ω–6,10 Incorrect MC9045_9c7c
H3C/\‗/\/\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom.
What is the correct ω (omega) notation describing the positions of the double bonds in this 16-carbon fatty acid?
ω–1,2,3 Incorrect ω–5,10,12 Incorrect ω–3,9,12 Correct ω–4,7,13 Incorrect ω–6,8,13 Incorrect