Question

A strong ____ agent (such as NADH) is poised to donate electrons and has a negative reduction potential, whereas a strong oxidizing agent (such as O2) is ready to accept electrons and has a positive reduction potential. Electrons are transferred from NADH to O2 through a chain of three large protein complexes called , and . A large protein complex, called , contains the succinate dehydrogenase that generates FADH2 in the citric acid cycle. The electrons from NADH pump enough protons to generate molecules of ATP, whereas those from FADH2 yield molecules of ATP.

          A strong ________ agent (such as NADH) is poised to donate electrons and has a negative reduction potential, whereas a strong oxidizing agent (such as O2) is ready to accept electrons and has a positive reduction potential.

Electrons are transferred from NADH to O2 through a chain of three large protein complexes called ________, ________ and ________. A large protein complex, called ________, contains the succinate dehydrogenase that generates FADH2 in the citric acid cycle.

The electrons from NADH pump enough protons to generate ____ molecules of ATP, whereas those from FADH2 yield ____ molecules of ATP.

A strong agent (such as NADH) is poised to donate electrons and has a negative reduction potential, whereas a strong oxidizing agent (such as O2) is ready to accept electrons and has a positive reduction potential.

Electrons are transferred from NADH to O2 through a chain of three large protein complexes called , and . A large protein complex, called , contains the succinate dehydrogenase that generates FADH2 in the citric acid cycle.

The electrons from NADH pump enough protons to generate molecules of ATP, whereas those from FADH2 yield molecules of ATP.

Added by Andrea R.

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