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Which of the following is NOT part of cellular respiration?
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
Glycolysis yields
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
In glycolysis
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
To maximise ATP production, glycolsis must be followed by
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
During cellular respiration
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
During glycolysis, NADH is formed when hydrogen atoms are transferred to an electron acceptor called
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
ATP releases energy when
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
For each molecule of glucose entering glycolysis, there is a net gain of
2 ATP
2 pyruvic acid molecules 2 NADH molecules and 4 ATP molecules
the Kreb\\\'s cycle
NAD+
4 ATP moleucles are produced
Calvin Cycle
the bonds between phsophate groups are broken
the complete breakdown of glucose yields ATP molecules
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