Respiration and Cycles Test Review Flashcards

(57 cards)

1
Q

Put the evolution of photosynthesis, aerobic respiration, and glycolysis in order.

A

Glycolysis (anaerobic respiration), photosynthesis, aerobic respiration

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2
Q

Which has more energy: ADP or ATP?

A

ATP

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3
Q

How does ADP form?

A

When ATP loses a phosphate

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4
Q

What is ATP used for?

A

To use and store energy/to do work

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5
Q

What is ADP used for?

A

Conversion into ATP and storing/transferring energy to a lesser extent

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6
Q

What are the reactants of glycolysis?

A

Glucose, 2 ATP

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7
Q

What are the products of glycolysis?

A

2 ATP, 2 NADH, 2 pyruvate

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8
Q

What are the byproducts of glycolysis?

A

1 C02

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9
Q

What are the reactants of aerobic respiration?

A

1 Glucose, O2

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10
Q

What are the products of aerobic respiration?

A

38 ATP

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11
Q

What are the byproducts of aerobic respiration?

A

6 CO2, 6 H2O

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12
Q

What are the reactants of lactic acid fermentation?

A

Glucose

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13
Q

Does anaerobic respiration have glycolysis?

A

Yes

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14
Q

What are the products of lactic acid fermentation?

A

NAD+, 2 ATP, and lactic acid

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15
Q

Reactants of alcoholic fermentation

A

Glucose

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16
Q

Products of alcoholic fermentation

A

NAD+ and 2 ATP

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17
Q

Byproducts of alcoholic fermentation

A

CO2 and ethanol

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18
Q

Reactants of photosynthesis

A

6 CO2, 6 H2O

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19
Q

Products of photosynthesis

A

Glucose

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20
Q

Byproduct of photosynthesis

A

O2

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21
Q

Where in anaerobic respiration is ATP made

A

Glycolysis

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22
Q

Purpose of breaking down pyruvic acid

A

The NADH is broken down and turned into NAD+ to be reused

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23
Q

NADH function

A

Delivers e- molecules used during ETS to move H+ ions from low to high concentration (across a membrane)

24
Q

NADH made

A

Glycolysis and the Krebs Cycle

25
FADH2 function
Used during the ETS to move H+ ions from low to high concentration across a membrane
26
FADH2 made
Krebs Cycle
27
NADPH function
Carries H+ atoms from the water so they can be used in the Carbon Cycle
28
NADPH made
Light reactions
29
First phase of aerobic respiration
Glycolysis
30
Glycolysis occurs in
Cytoplasm
31
Second phase of aerobic respiration
Krebs Cycle
32
Krebs cycle occurs in (generally)
Mitochondria
33
Krebs cycle occurs in (specifically)
Matrix
34
Third phase of aerobic respiration
ETS
35
ETS occurs in (generally)
Mitochondria
36
ETS occurs in (specifically)
Cristae
37
Cristae is
Folds of the inner mitochondrial membrane
38
Matrix is
Inner spaces of the mitochondria, enclosed by the inner membrane
39
Fermentation occurs in
Cytoplasm
40
First phase of photosynthesis
Light reactions
41
Light reactions occur in (generally)
Chloroplasts
42
Light reactions occur in (specifically)
Thylakoid
43
Second phase of photosynthesis
Calvin cycle
44
Calvin cycle occurs in (generally)
Chloroplasts
45
Calvin cycle occurs in (specifically)
Stroma
46
Facultative anaerobes are
Bacteria that can function both with and without oxygen
47
Obligate aerobes are
Bacteria that will die without oxygen -- can only function with it
48
Obligate anaerobes are
Bacteria that will die with oxygen -- can only function without it
49
A facultative anaerobe will only respire anaerobically when
Oxygen is not available
50
What organisms can photosynthesize
Plants, photosynthetic bacteria, and algae
51
What organisms respire
All of them -- plants and animals
52
How often do organisms respire
All the time
53
When do organisms photosynthesize
Only when there is light
54
What does oxygen do in aerobic respiration
Picks up H+ and electrons to form water
55
Oxygen is called the
Final electron acceptor
56
Chemosynthesis is
Uses inorganic energy to make sugars
57
Photosynthesis is
Uses light energy to make sugars