Each molecule of NADH2 through ETS yields
(A) 1 ATP
(B) 2 ATPs
(C) 3 ATPs
(D) 4 ATPs
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The valence shell of the central atom of a molecule has four bond pairs of electrons. Shape of the molecule is ……………..
D) Tetrahydral
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In a molecule AB there is a lone pair in the valence shell of central atom. The shape of molecule.
Correct option is C) Pyramidal
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Who opined when each molecule of carbohydrate is formed, one molecule of water and one molecule of oxygen
A) C.B. Van Neil
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Explain ETS. OR Illustrate the mechanism of electron transport system.
1. NADH2 and FADH2 produced during glycolysis, connecting link reaction and Krebs cycle are oxidized with the help of various electron carriers and enzymes. 2. These carriers and enzymes are arranged...
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Sonal while studying ETS had a doubt, why FADH2 yields only 2 ATP’s whereas NADH yields three ATP’s?
1. During ETS, NADH2 and FADH2 undergoes oxidation where they are converted to NAD+ and FAD+ respectively. 2. During this conversion, hydrogen is removed, which latter forms proton and electron. This...
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Write the significance of ETS.
Significance of ETS: 1. Major amount of energy is generated through ETS or terminal oxidation in the form of ATP molecules. 2. Per glucose molecule 38 ATP molecules are formed, out of...
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Which of the following steps generate ATP without ETS?
The correct answer is (D) Succinyl Co-A → Succinic acid
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One glucose molecule, through ETS yields
The correct answer is (C) 34 ATP molecules
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Where is the respiratory electron transport system (ETS) located in plants?
The correct answer is (D) Inner mitochondrial membrane
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In DNA molecule a nitrogenous base bonded with pentose sugar molecule through a……… Bond.
Phosphodiester bond.
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