Cellular Respiration Flashcards

0
Q

Formula for Cellular Respiration?

A

C6H12O6 + 6O2 > 6H2O + heat + ATP

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1
Q

Function of NAD+?

A

A taxi service for high energy electrons

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2
Q

What are the reactants to Glycolysis?

A

Glucose, 2 ATP molecules

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3
Q

What are the products of Glycolysis?

A

4 ATP Molecules, 2 pyruvate molecules

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4
Q

Waste of Glycolysis?

A

CO2

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5
Q

What is pyruvate and what is the name of the molecule it is oxidized to?

A

3 Carbon molecule. It’s oxidized to Acetyl-CoA

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6
Q

What do you get when you add oxaloacetate (6-C molecule) + Acetyl-CoA (2-C Molecule)?

A

Citrate (6C Molecule)

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7
Q

Reactants for Krebs Cycle B?

A

Citrate, NAD+

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8
Q

Products of Krebs B?

A

4-C molecule, ATP

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9
Q

Reactants for Krebs C?

A

4C molecule, FAD, NAD+

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10
Q

Products of Krebs C?

A

Oxaloacetate, NADH, FADH2

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11
Q

Where does the Krebs cycle take place?

A

mitochondrial matrix

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12
Q

How many ATP generated for each pyruvate?

A

1

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13
Q

how many ATP generated for each glucose molecule?

A

2

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14
Q

Formula for aerobic respiration?

A

O2 + 4H+ + 4e- > 2H2O

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15
Q

What is ATP Synthase synthesized by?

A

Chemiosmosis

16
Q

For 1 molecule of glucose, how many ATP are made?

A

Roughly 30

17
Q

How does the electron transport chain extract energy?

A

By creating a proton gradient

18
Q

If O2 isn’t the final e- acceptor, what is?

A

CO2, or methanogens. AKA anaerobic respiration

19
Q

What is the last e- acceptor in chemical respiration?

A

H2O

20
Q

What is the formula for photosynthesis?

A

6CO2 + 12H2O + light <> C6H12O6 + 6H2O + 6O2

21
Q

Where does photosynthesis take place?

A

Stroma or cytoplasm. It has enzymes to make large C chains

22
Q

How do you know the reverse of photosynthesis is aerobic respiration?

A

If you go backwards, the final e- acceptor is H2O, producing water

23
Q

What happens in light dependent stage of photosynthesis?

A

It’s where we get e- and ATP.

24
Q

What happens in light independent stage of photosynthesis?

A

It’s where we use ATP to make glucose

25
Q

What is the e- acceptor in photosystem 2?

A

NADP+