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Aerobic Cellular Respiration (getting energy from food) involves four steps: Glycolysis, the Intermediate Acetyl CoA Reaction (Prep Reaction), the Citric Acid (Krebs) Cycle, and the Electron Transport Chain. State:

where each of the four steps takes place in a cell

how many ATP are generated at each step, if at all

what is the starting (ie. glucose or pyruvate) and ending substance for each step

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Lelia Lubowitz
Lelia LubowitzLv2
28 Sep 2019
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Related questions

Match each of the following stages of aerobic respiration with a correct characteristic:

*Glycolysis

*Prep Step

*Kreb Cycle *Electron Transport Chain
A.

Produces the most ATP
B.

Converts pyruvate to acetyl COA
C.

Occurs in the cytoplasm of both prokaryotes and eukaryotes
D.

Produces the most NAD and FAD

Consider the process of ATP synthesis via aerobic cellular respiration.

In a series of bullet point lists, provide the following information for each of the step in aerobiccellular respiration:
Inputs, Outputs, Energy stored or generated (if it is ATP is it by substrate level phosphorylation or oxidative phosphorylation) and where within a eukaryotic cell the process is located (specifically).

I will be looking for the items listed above in the bullet points you create for each step of aerobiccellular respiration (glycolysis, transition reaction (pyruvate to acetyl-CoA), Citric Acid Cycle, Electron Transport Chain and ATPsynthase).

I don't need paragraphs, just bullet point lists showing what is what.

1. Pyruvic acid is produced in __________, and is the starting point for __________.

a. the Krebs cycle; the electron transport chain .

b. The Prep step; Glycolysis.

c. The Krebs cycle; Glycolysis.

d. The electron transport chain; The Prep step.

e. Glycolysis; The Prep step.

2. Which process enables glycolysis to continue to run by generating needed reactants without oxygen?

a. Aerobic respiration

b. Electron transport chain

c. Krebs cycle

d. Fermentation

e. All of the above

3. When water is oxidized by green plants, what is produced?

a. oxygen

b. carbon dioxide

c. sulfur granules

d. hydrogen sulfide

4. In cyclic photophosphorylation, the electrons

a. return to chlorophyll in PS I.

b. are used to make ATP & NADPH.

c. are energized in both PSI and PSII.

d. are converted to glucose.

5. In the Calvin-benson cycle:

a. oxygen is used to synthesize sugars.

b. carbon dioxide is used to synthesize

sugars.

c. ATP is formed.

d. light is required.

6. Light dependent reaactions:

a. capture the energy of sunlight with chlorophyll in PS I & PS II

b. make ATP & NADPH using electron transport chains

c. energize electrons in both PSI & PSII

d. include both cyclic and noncyclic pathways

e. all of the above

7. The five-carbon sugars of nucleotides are

derived from either the ______ or ______.

a.pentose phosphate pathway; Entner-Doudoroff pathway

b. pentose phosphate pathway; the Krebs cycle

c. Entner-Doudoroff pathway; glycolysis

d. glycolysis; the Krebs cycle

8. The pentose phosphate pathway provides a means to break down glucose and synthesize

a. DNA

b. six-carbon sugars.

c. peptidoglycan

d. galactose.

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