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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

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Lelia Lubowitz
Lelia LubowitzLv2
28 Sep 2019
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Related questions

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


Fill in the blank in the following table:

metabolic cycle location pro/ eukaryote components substrates products pathway purpose
embden- meyerhof- parnas (glycolysis) cytoplasm/ cytoplasm 10 enzymes
pentose phosphate pathway cytoplasm/ cytoplasm

dozen enzyme

 1 Glucose (6 carbon), 1 NADP, 1ATP 1 Ribose-P (5 carbon) + 1CO2, 1NADPH, or sugars, 1 ADP Nucleotide synthesis, NADPH for anabolism
PDH reaction

cytoplasm/ mitochondria matrix
TCA/ Krebs/ citric acid cycle generation of high energy electron carriers, provide metabolic precursors
Electron transport chain + ATP synthase (aerobic respiration)
Electron transport chain + ATP synthase (anaerobic respiration) 1Nitrate or sulfate or CO2, 1NADH + ____ ADP Or 1FADH2+ ____ ADP N2, or NO2 or H2S or CH4 1NAD + ____ ATP Or 1FADH2+ ____ ATP Generate proton motive forces abd use to generate ATP regenerate NAD+
Fermentation cytoplasm/ cytoplasm 1 or more enzymes (vary by organism) 1 pyruvate, 1 NADH 1 alcohol or acid (maybe 1 CO2) NAD+ Regenerate NAD+

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.

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