Which product of the krebs cycle does not contribute

94. Which product of the Krebs Cycle does NOT contribute to energy production in cellular respiration?
a.
CO
2
b. NADH
c.
FADH
2
d. ATP
e. All of these contribute.
____ 95. In the Krebs Cycle, substrate level phosphorylation produces ATP from ____ 96. The final product of the Krebs Cycle is ____ 97. Oxidative Phosphorylation occurs

c. at the mitochondrial inner membrane.
d. in the mitochondrial intermembrane space.
e. at the mitochondrial outer membrane.
____ 98. How much ATP is produced from one glucose molecule BEFORE Oxidative Phosphorylation?
a. two
b. four
c. six
d. eight
e. ten
____ 99. Which molecule contributes to the highest production of ATP during Oxidative Phosphorylation?
____ 100. The role of O
2
in Oxidative Phosphorylation is
____ 101. Which product from the Krebs Cycle take energy to Oxidative Phosphorylation? ____ 102. Which molecule helps produce the MOST ATP during Oxidative Phosphorylation?
a. NADH
b.
CO
2
c.
H
2
O
d.
FADH
2
e. ATP
____ 103. The process of Oxidative Phophorylation requires ____ 104. At the start of Oxidative Phosphorylation NADH is

d. neutralized.
e. condensed.
____ 105. The enzyme NADH dehydrogenase
____ 106. The mitochondrial inner membrane consists of
a. proton pumps.
b. ATP synthase.
c. lipid bilayer.
d. the electron transport chain.
e. All of these.
____ 107. The proteins embedded in the mitochondrial inner membrane move electrons through
____ 108. The electron carriers in the inner membrane continuously cycle between two forms to
____ 109. During the Krebs Cycle, NAD
+ ____ 110. During Oxidative Phosphorylation, one NADH produced by the Krebs Cycle will produce
a. 1 ATP.
b. 2 ATP.
c. 3 ATP.
d. 4 ATP.
e. 5 ATP.
____