AEROBIC RESPIRATION
Number the following from 1-13
A.__ AcetylCoA reacts with oxaloacetic acid.
B.__ All molecules of NADH and FADH2 donate electrons to an electron transport chain.
C.__ ATP is produced as succinylCoA is converted into succinic acid. D.__Citric acid is formed and undergoes oxidative decarboxylations before changed in succinylCoA.
E._Electrons from NADH & FADH2 are passed from 1 acceptor to the next in a series.
F.__Electrons leaving the elec transport chain are accepted by O2. G.__FAD becomeFADH2 as it accepts H+ and electrons from succinic acid.
H.__Fumaric acid is form & repeatedly oxidized until it changesIn oxaloacetic acid.
I.__Glucose breaksdown into 2 pyruvate, accompanied byThe production of ATP & NADH.
J.__O2 with H+ to form water.
K.__Pyruvate is oxidatively decarboxylated in converted into acetylCoA.
L._The energy released by the electrons asThey transfer from 1 acceptor to next used to generate ATP.
M._ 2 PhosphateGroups from 2 ATP molecules energize a glucose.
A.__ AcetylCoA reacts with oxaloacetic acid.
B.__ All molecules of NADH and FADH2 donate electrons to an electron transport chain.
C.__ ATP is produced as succinylCoA is converted into succinic acid. D.__Citric acid is formed and undergoes oxidative decarboxylations before changed in succinylCoA.
E._Electrons from NADH & FADH2 are passed from 1 acceptor to the next in a series.
F.__Electrons leaving the elec transport chain are accepted by O2. G.__FAD becomeFADH2 as it accepts H+ and electrons from succinic acid.
H.__Fumaric acid is form & repeatedly oxidized until it changesIn oxaloacetic acid.
I.__Glucose breaksdown into 2 pyruvate, accompanied byThe production of ATP & NADH.
J.__O2 with H+ to form water.
K.__Pyruvate is oxidatively decarboxylated in converted into acetylCoA.
L._The energy released by the electrons asThey transfer from 1 acceptor to next used to generate ATP.
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