COMPLETE QUESTIONS AND ANSWERS
BUNDLED PREMIUM RESOURCE
●● false.
Answer: T/F: The majority of the reactions of the urea cycle occur in the
mitochondrial matrix.
●● false.
Answer: T/F: FADH2 yields 2.5 ATP molecules after donating electrons
and hydrogen atoms to the ETC.
●● 2.5 ATP per NADH.
Answer: How many ATP molecules does NADH yield after donating
electrons and hydrogen atoms to the electron transfer chain (ETC)?
●● 1.5 ATP per FADH2.
Answer: How many ATP molecules does FADH2 yield after donating
electrons and hydrogen atoms to the electron transfer chain (ETC)?
●● true.
Answer: T/F: ATP is invested in the urea cycle.
, ●● 3.
Answer: How many total ATP are invested in the urea cycle?
●● false.
Answer: T/F: There are 5 complexes associated with the ETC.
●● 4.
Answer: How many complexes are associated with the ETC?
●● false.
Answer: T/F: In the production of ATP via ATP synthase, the H+ ions
move from the mitochondrial matrix to the intermembrane space.
●● true.
Answer: T/F: In the production of ATP via ATP synthase, the H+ ions
move from the intermembrane space to the mitochondrial matrix.
●● 4.
Answer: The urea cycle involves ___ reactions (only those in the cyclic
portion of the process).
●● ornithine, arginine, and aspartate.
Answer: What amino acids are involved in the urea cycle?