1)In eukaryotes, where does the Citric Acid Cycle occur? Cytoplasm Rough ER Mito
ID: 171822 • Letter: 1
Question
1)In eukaryotes, where does the Citric Acid Cycle occur?
Cytoplasm
Rough ER
Mitochondria
Plasma membrane
2)In eukaryotes, where does glycolysis occur?
Cytoplasm
Rough ER
Mitochondria
Plasma membrane
3)In prokaryotes, where does glycolysis occur?
Cytoplasm
Rough ER
Mitochondria
plasma membrane
NADH NAD+ + H+ + 2e-
Oxidation
Reduction
5)In order for any endergonic reaction to proceed, energy must be provided by a coupled exergonic reaction. There is virtually always more energy released by the exergonic reaction than is consumed by the endergonic reaction. The energy left over is ________.
Released as heat
Converted to potential energy
Coupled to reduction of a coenzyme
Nothing – it disappears
Cytoplasm
Rough ER
Mitochondria
Plasma membrane
2)In eukaryotes, where does glycolysis occur?
Cytoplasm
Rough ER
Mitochondria
Plasma membrane
3)In prokaryotes, where does glycolysis occur?
Cytoplasm
Rough ER
Mitochondria
plasma membrane
4)The reaction shown below is a/an ______________ reaction.NADH NAD+ + H+ + 2e-
Oxidation
Reduction
5)In order for any endergonic reaction to proceed, energy must be provided by a coupled exergonic reaction. There is virtually always more energy released by the exergonic reaction than is consumed by the endergonic reaction. The energy left over is ________.
Released as heat
Converted to potential energy
Coupled to reduction of a coenzyme
Nothing – it disappears
Explanation / Answer
Answer.
Eukaryotes.
Glycolysis--Cytoplasm
Citric acid cycle--Mitochondria
Prokaryotes.
Glycolysis--Cytoplasm
Citric acid cycle-- plasma membrane
1). Mitochondria
2). Cytoplasm
3). Cytoplasm
4). Oxidation
The process of removing an eletron is called oxidation.
5). Converted to potential energy
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