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ATP formation in glycolyis is...

ATP formation in glycolyis is

A

oxidation phosphorylation

B

Photophosphorylation

C

Reductive phosphorylation

D

Substrate level phosphorylation

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ATP is

Knowledge Check

  • Out of 38 molecules of ATP produced upon aerobic respiration of glucose, the break up in ATP production in glycolysis (P), pyruvic to acetyl-CoA formation (Q) and Krebs cycle (r) is as follows :

    A
    P = 2, Q = 6, R = 30
    B
    P = 8, Q = 6, R = 24
    C
    P = 8, Q = 10, R = 20
    D
    P = 2, Q = 12, R = 24

  • ATP formation in chloroplast and mitochondrion is explained by

    A
    Oholodny-Went model
    B
    Chemi-osmotic theory of Mitchell
    C
    Munch's mass flow theory
    D
    Relay pump theory of Godlewski

  • ATP formation in chloroplast and mitochondrion is explained by

    A
    Chlodny-Went model
    B
    Chemi-osmotic theory of Mitchell
    C
    Munch's mass flow theory
    D
    Relay pump theory fo Godlewski.

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    ATP formation in photosynthesis is known as

    Out of 38 molecules of ATP produced after aerobic respiration of glucose, the break up in ATP production glycolysis (P), pyruvic acid to acetyl CoA formation (Q) and Krebs cycle (R) is

    How many ATP are used in glycolysis or for complete phosphoylatin of a glucose molecule, how many ATP molecules are required Or The net again of ATP during glycolysis is

    According to the chemiosmotic hypothesis of ATP formation in the chloroplast, which one does not contribute to the development of proton gradient across the thylakoid membrane?

    [A] : The mechanism of ATP formation in mito- chondria is almost similar to that of chloro plast. [R]: In mitochondria there is proton gradient formation inside intermembrane space whereas in chloroplast proton gradient is formed in thylakoid lumen.

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