ATP :

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Adenosine triphosphate
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How many molecules of ATP and NADPH are require in formation of two molecules of glucose? How many Calvin cycles are required? (A) 18 ATP, 12 NADPH 6 Calvin cycles (B) 36 ATP, 24 NADPH, 12 Calvin cycles (C) 36-ATP, 24 NADPH, 6 Calvin cycles (D) 24 ATP,36 NADPH, 12 Calvin cycles

Given below is a diagram showing ATP synthesis during aerobic respiration, replace the symbols A, B, C, D and E by appropriate germs given below , F_(1) , particle, formation of Pi, 2H^(+) , inner mitochondrial membrane, ATP, Fo particle, ADP.

Choose the correct statement : (A) Pyruvate is formed in the mitochondrial matrix (B) During the conversion of succinyl Co-A to succinic acid a molecule of ATP is synthesized (C) Oxygen is vital in respiration for removal of hydrogen. (D) There is complete breakdown of glucose in fermentation.

The energy yield in terms of ATP is higher in aerobic respiration than during anaerobic respiration. Why is there anaerobic respiration even in organisms that live in aerobic condition like human beings and angiosperms ?

Mitochondria are called powerhouses of the cell. Which of the following observations supports this statement ? (A) Mitochondria synthesis ATP (B) Mitochondria have a double membrane (C) The enzymes of the Krebs cycle and the cytochromes are found in mitochondria (D) Mitochondria are found in almost all plants and animal cells.

With reference to three Calvin cycles, which of the given options is correct for the following questions ? (i) How many gross PGAL molecules are produced ? (ii) Total, how many ATP molecules are required for synthesis of obtained PGAL molecules ? (iii) Total, how many NADPH, molecules are required for the synthesis of obtained PGAL molecules ?

For the given statement 'X' and 'Y', which option is the correct option. Statement 'X' : Red muscle are also called aerobic muscle. Statement ‘Y' : Rod muscle possesses large amount of mitochondria which can utilize large amount of oxygen stored in them for ATP production. Options :