In aerobic cellular respiration, ATP synthase is located:

in the mitochondrial inner membrane

across the mitochondrial inner membrane

the chemical potential energy of pyruvate, ATP and NADH

The citric acid cycle is located:

in the mitochondrial inner membrane

across the mitochondrial inner membrane

the chemical potential energy of pyruvate, ATP and NADH

The respiratory electron transport chain is located:

in the mitochondrial inner membrane

across the mitochondrial inner membrane

the chemical potential energy of pyruvate, ATP and NADH

In aerobic cellular respiration, the Δ[H+ ] is located:

across the mitochondrial inner membrane

in the mitochondrial inner membrane

the chemical potential energy of pyruvate, ATP and NADH

Glycolysis converts the chemical potential energy of glucose into:

the chemical potential energy of pyruvate, ATP and NADH

in the mitochondrial inner membrane

across the mitochondrial inner membrane

Aerobic cellular respiration:

is composed of glycolysis, the citric acid cycle, the respiratory electron transport chain and ATP synthase

is the direct transfer of a phosphate group to ADP (generating ATP), without ATP synthase

is the combination of the respiratory electron transport chain and ATP synthase

Substrate-level phosphorylation:

is the direct transfer of a phosphate group to ADP (generating ATP), without ATP synthase

is composed of glycolysis, the citric acid cycle, the respiratory electron transport chain and ATP synthase

is the combination of the respiratory electron transport chain and ATP synthase

Oxidative phosphorylation:

is the combination of the respiratory electron transport chain and ATP synthase

is composed of glycolysis, the citric acid cycle, the respiratory electron transport chain and ATP synthase

is the direct transfer of a phosphate group to ADP (generating ATP), without ATP synthase

The respiratory Δ[H+ ] is produced by:

activity of the respiratory electron transport chain

ADP + Pi + nH+ (ims) → ATP + H2O + nH+ (matrix)

converts the chemical potential energy of NADH into the chemical potential energy of a Δ[H+ ]

Respiratory ATP synthase catalyzes:

ADP + Pi + nH+ (ims) → ATP + H2O + nH+ (matrix)

activity of the respiratory electron transport chain

converts the chemical potential energy of NADH into the chemical potential energy of a Δ[H+ ]

The respiratory electron transport chain:

converts the chemical potential energy of NADH into the chemical potential energy of a Δ[H+ ]

activity of the respiratory electron transport chain

ADP + Pi + nH+ (ims) → ATP + H2O + nH+ (matrix)

the process of ATP regeneration in the absence of O2

converts pyruvate to lactate, and regenerates NAD+

Lactate dehydrogenase:

converts pyruvate to lactate, and regenerates NAD+

the process of ATP regeneration in the absence of O2

In chemical terms, the word “oxidation” means:

the process of ATP regeneration in the absence of O2

converts pyruvate to lactate, and regenerates NAD+

The citric acid cycle:

the process of ATP regeneration in the absence of O2

converts pyruvate to lactate, and regenerates NAD+

Bio 100 Respiration Mid Term 2

Quiz

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Biology

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University

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Practice Problem

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Medium

Mya M

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ATP Synthase

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Bio 100 Respiration Mid Term 2

109 questions

the site of:
linker reaction, citric acid cycle, respiratory electron transport chain, & ATP synthase

location of glycolysis

site of citric acid cycle

a product of glycolysis (cytosolic)

Located in the inner mitochondrial membrane

respiratory electron transport chain

high energy electrons

low energy electrons

citric acid cycle

Same membrane as the RS ETC (inner membrane)
Not part of the RS ETC!

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Discover more resources for Biology

Bio 100 Respiration Mid Term 2

109 questions

the site of: linker reaction, citric acid cycle, respiratory electron transport chain, & ATP synthase

location of glycolysis

site of citric acid cycle

a product of glycolysis (cytosolic)

Located in the inner mitochondrial membrane

respiratory electron transport chain

high energy electrons

low energy electrons

citric acid cycle

Same membrane as the RS ETC (inner membrane)Not part of the RS ETC!

Create a free account and access millions of resources

Popular Resources on Wayground

Discover more resources for Biology

the site of:
linker reaction, citric acid cycle, respiratory electron transport chain, & ATP synthase

Same membrane as the RS ETC (inner membrane)
Not part of the RS ETC!