2d19_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'This stage is entirely carried out by a large enzyme complex called the pyruvate dehydrogenase complex'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MC23f3_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'First stage of cellular respiration that occurs within the mitochondria organelles'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MCcf1d_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Begins with the transfer of a two-carbon acetyl CoA to a four-carbon oxaloacetate to form a six-carbon citrate'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MCe5f6_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'For each molecule of glucose, this stage produces zero (0) ATP and two (2) NADH molecules'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MC50a8_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Involves a series of protein complexes to extract redox energy from the high energy electrons'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Correct Glycolysis Incorrect Pyruvate Oxidation Incorrect MCe614_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'The only stage of cellular respiration that takes place in the cytosol of the cell'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Correct Pyruvate Oxidation Incorrect MC4123_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Starts by joining a four carbon sugar and a two carbon sugar'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC880d_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Occurs in the membrane of the mitochondrial matrix to produce ATP'.
Chemiosmosis Correct Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC0220_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'At the end this stage, the four-carbon oxaloacetate has been regenerated, and the stage repeats.'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC5ade_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'The protein ATP synthase works like a water turbine in a dam'.
Chemiosmosis Correct Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC8cf8_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Forms a GTP molecule which is equivalent to an ATP molecule'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC95e4_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Stage of cellular respiration that produces the most ATP'.
Chemiosmosis Correct Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MCcbe9_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Stage of cellular respiration that extracts energy from the electron carriers NADH and FADH2'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Correct Glycolysis Incorrect Pyruvate Oxidation Incorrect MC43fd_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Short stage that produces carbon dioxide (CO2) and NADH'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MCa020_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Begins with the transfer of a two-carbon acetyl group to a four-carbon acceptor to form a six-carbon compound'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MCce7b_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'For each molecule of glucose, this stage produces two (2) ATP, six (6) NADH, and two (2) FADH2 molecules'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MCcac4_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Pyruvate must enter the mitochondrial matrix for this stage to begin'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MC2fc6_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'The only stage of cellular respiration that does NOT involve electron carriers'.
Chemiosmosis Correct Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC6755_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'This stage was identified by Hans Krebs and William Johnson in 1937 and is sometimes called the "Krebs cycle"'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC6320_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'The only stage of cellular respiration that produces the electron acceptor FADH2'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC6bc3_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Occurs in the membrane of the mitochondrial matrix to produce the electrochemical gradient'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Correct Glycolysis Incorrect Pyruvate Oxidation Incorrect MC85d9_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Uses the electrochemical gradient to produce substrate-level phosphorylation energy molecules'.
Chemiosmosis Correct Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC6a27_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Final stage in the oxidation of glucose into carbon dioxide (CO2)'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MCc649_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Acetyl CoA serves as fuel for this stage of cellular respiration'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Correct Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Incorrect MC2dd6_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'Takes pyruvate as input and produces acetyl-CoA'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MCc45a_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'First stage of cellular respiration'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Correct Pyruvate Oxidation Incorrect MC3848_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'A stage that links glycolysis to the rest of cellular respiration'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Incorrect Pyruvate Oxidation Correct MC0e36_dc76
Which one of the following five stages in cellular respiration correspond to the statement 'For each molecule of glucose, this stage produces two (2) ATP and two (2) NADH molecules'.
Chemiosmosis Incorrect Cirtic Acid Cycle (TCA cycle) Incorrect Electron Transport Chain (ETC) Incorrect Glycolysis Correct Pyruvate Oxidation Incorrect