Respiration/Photosynthesis Flashcards

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1
Q

carbon dioxide to sugar

A

dark

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2
Q

water is ionized

A

light

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3
Q

ATP produced

A

light

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4
Q

ATP consumed

A

dark

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5
Q

NADPH produced

A

light

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6
Q

NADPH consumed

A

dark

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7
Q

ribulose diphosphate is used

A

dark

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8
Q

oxygen produced

A

light

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9
Q

chlorophyll involved

A

light

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10
Q

enzymes

A

both

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11
Q

reactants for PS

A

CO2 + H2O

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12
Q

products for PS

A

glucose & O2

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13
Q

stroma

A

enzymes for dark reaction, surrounding cytoplasm

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14
Q

thylakoids

A

contains chlorophyll, sacks convert light to chemical energy, LR

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15
Q

wavelengths that are most effective

A

blue and red

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16
Q

grana

A

stacked thylakoids

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17
Q

chlorophyll

A

green pigment in plants

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18
Q

calvin cycle

A

dark reaction, 2 2 make, 2 2 break

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19
Q

RuDP

A

starting compound for dark reaction

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20
Q

limiting factors

A

control, rate of PS

21
Q

factors that affect rate of PS

A

light, water, CO2, temp, nutrients

22
Q

glucose stored as ____

A

starch

23
Q

dry weight of plant

A

comes from CO2 in air

24
Q

where does oxygen come from that is given off by green plants during PS

A

splitting of H2O

25
Q

water proton donor

A

nc

26
Q

2 pigments

A

nc

27
Q

one pigment

A

c

28
Q

water ionized (cycles)

A

nc

29
Q

radiant energy absorbed

A

both

30
Q

oxygen produced

A

nc

31
Q

reactions are catalyzed by enzymes

A

both

32
Q

only ATP produced

A

c

33
Q

NADPH produced

A

nc

34
Q

cell respiration steps

A
  1. glycolysis 2. formation of acetyl of CoA 3. Krebs cycle 4. oxidative phosphorylation
35
Q

glycolysis

A

split into 2-3 carbon molecules called pyruvic acid, 2 ATP, occurs in cytoplasm, 2 NADH

36
Q

aerobic respiration

A

pyruvic acid transported to mitochondrion, p acid + coenzyme A- acetyl CoA, carbons leave cell in CO2, 2 NADH produced

37
Q

Krebs cycle

A

all carbons converted to CO2, occurs in matrix of mitochondrion, acetyl combines with oxaloacetate to form citric acid (6),

38
Q

what does krebs cycle produce

A

1 ATP, 3 NADH, 1 FADH2, total of 4 ATP

39
Q

anaerobic respiration

A

lactic acid & fermentation, ethyl alcohol & CO2, makes no ATP

40
Q

light reactions

A

on thylakoids, cyclic and nc, P1 & P2

41
Q

chemiosmosis

A

electrochemical gradient of H ions used to synthesize ATP

42
Q

dark reactions

A

in stroma, changes from acid to aldehyde, RUBP & PGAL, stomata closed on hot dry days

43
Q

CAM

A

cacti, succulents, keep stomata closed during day to conserve H2O, open at night

44
Q

P1

A

P680

45
Q

P2`

A

P700

46
Q

C3

A

normal plants, PS during day

47
Q

C4

A

fix CO2 in mesophyll cell instead of chloroplast

48
Q

Calvin cycle

A

6PGA, 6PGAL, 1 PGAL, 5 PGAL, recylces to RuBP, RuBP,