The standard redox potential of the NADP+/NADPH half reaction = -0.324 V. The standard redox potential of the fumarate/succinate half reaction = +0.031 V. What is the voltage change for coupling these redox reactions and in which direction will electrons move?
A) 0.355 volts; fumarate will be reduced to succinate and NADPH will be oxidized to NADP+
B) -0.355 volts; fumarate will be reduced to succinate and NADPH will be oxidized to NADP+
C) 0.355 volts; succinate will be reduced to fumarate and NADP+ will be oxidized to NADPH
D) -0.355 volts; fumarate will be oxidized to succinate and NADPH will be reduced to NADP+
Correct Answer:
Verified
Q32: The formation of ATP by the enzymatic
Q33: How do respiratory poisons such as carbon
Q34: You are trying to figure out an
Q35: What is the name of the process
Q36: What is another name from for partially
Q38: Standard redox potential (E0)for a solution is
Q39: What is formed when electrons reach the
Q40: _ exhibit lower electron affinity.
A)Strong oxidizing agents
B)Strong
Q41: Which complex found in the electron-transport chain
Q42: Of the five types of electron carriers,
Unlock this Answer For Free Now!
View this answer and more for free by performing one of the following actions
Scan the QR code to install the App and get 2 free unlocks
Unlock quizzes for free by uploading documents