The process of glycolysis takes place ____________ the mitochondria in the _____
ID: 152118 • Letter: T
Question
The process of glycolysis takes place ____________ the mitochondria in the ____________ .
A ____________ carbon ____________ molecule is split into two ____________ carbon ____________ molecules.
These molecules are phosphorylated into two ____________ carbon ____________ molecules, which are then dephosphorylated into two ____________ carbon ____________ molecules.
These molecules are ____________ into two ____________ carbon ____________ molecules.
Finally, ____________ occurs and two ____________ carbon ____________ molecules are released.
Therefore, ____________ carbons enter glycolysis and ____________ carbons leave glycolysis.
This is in keeping with the ____________ law of thermodynamics that matter is not created or destroyed.
Explanation / Answer
The process of glycolysis takes place cytoplasm..
A 6 carbon glucose molecule is split into two 2 carbon pyruvate molecules.
These molecules are phosphorylated into two 3 carbon 1,3-bisphosphoglycerate molecules, which are then dephosphorylated into two 3 carbon 3-phosphoglycerate molecules.
These molecules are dehydrolyzed (removal of water) into two 3 carbon phosphoenolpyruvate molecules.
Finally, dephosphorylation occurs and two 3 carbon pyruvate molecules are released.
Therefore, 6 carbons enter glycolysis and 6 carbons leave glycolysis.
This is in keeping with the second law of thermodynamics that matter is not created or destroyed.
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