The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b . Concept introduction: The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ ° ). The electrons always flow from low ΔƐ ° to high ΔƐ ° . Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

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Answer 1

Question

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

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Answer 2

Question

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

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Answer 3

Question

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

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Answer 4

Question

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

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Answer 5

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

Answer 6

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

Answer 7

Chapter 14, Problem 16E

Summary Introduction

To determine: The reduced form of cytochrome c is more likely to donate its electron to oxidized cytochrome a or cytochrome b.

Concept introduction:

The oxidizing power for half-reactions is compared with biochemical standard reduction potentials (ΔƐ^°). The electrons always flow from low ΔƐ^° to high ΔƐ^°. Thus, the more positive the reduction potential, the higher its capacity to undergo reduction; that is, it has high oxidizing power.

Answer 8

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Answer 9

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Answer 10

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Answer 11

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