Ch. 7 Flashcards

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1
Q

able to produce their own organic molecules through photosynthesis

A

autotrophs

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2
Q

loss of electrons is accompanied by hydrogen

A

dehydrogenations

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3
Q

loss of electrons

A

oxidations

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4
Q

live on organic compounds produced by other organisms

A

heterotrophs

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5
Q

a series of reactions that are oxidations and dehydrogenations

A

cellular respiration

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6
Q

electrons carry energy from one molecule to another

A

redox reactions

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7
Q

final electron acceptor is O2

A

aerobic respiration

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8
Q

final electron acceptor is an inorganic molecule (not O2)

A

anaerobic respiration

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9
Q

final acceptor is an organic molecule

A

fermenation

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10
Q

complete oxidation of glucose stages

A

glycolysis
pyruvate oxidation
krebs cycle
ETC & chemiosmosis

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11
Q

____ occurs in cytoplasm

A

glycolysis

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12
Q

glcolysis three stages

A

energy investment/priming
cleavage reactions
energy production

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13
Q

products of glycolysis

A

2 pyruvates
net total of 2 ATP
2 NADH
2 water molcules

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14
Q

in full respiration pyruvate is

A

oxidized to acetyl-CoA entering krebs cycle

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15
Q

without oxygen or other terminal electron carrier pyruvate is

A

reduced to oxidized NADH back to NAD+

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16
Q

__________ occurs in mitochondria in eukaryotes and plasma membrane in prokaryotes

A

pyruvate oxidation

17
Q

products of pyruvate oxidation

A

1 CO2
1 NADH
1 acetyl-CoA

18
Q

pyruvate oxidation happens __ _____ per glucose

A

two times

19
Q

krebs cycle oxidizes

A

acetyl group from pyruvat

20
Q

krebs cycle occurs in

A

matrix of mitochondria

21
Q

products of krebs cycle

A

2 CO2
3 NADH
1 FADH2
1 ATP

22
Q

krebs cycle happens ___ times per glucose

A

two

23
Q

After glycolysis, pyruvate oxidation and the Krebs cycle, glucose has been oxidized to

A

6 CO2
4 ATP
10 NADH
2 FADH

24
Q

ETC is a

A

series of membrane-bound cariers

25
Q

electron from _____ and ____ are….

A

NADH, FADH, transferred to complexes of ETC

26
Q

energy used to

A

pump protons across membrane

27
Q

ATP synthase

A

is a membrane-bound enzyme that uses the energy of proton gradient to synthesize ATP from ADP + Pi

28
Q

theoretical energy yields

A

38 ATP per glucose for bacteria
36 ATP per glucose for eukaryote

29
Q

actual energy yield

A

30 ATP per glucose for eukaryotes

30
Q

regulation of aerobic respiration is by

A

feedback inhibition