Differentiate between Glycolysis and Citric a | vedclass

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(N/A)             Glycolysis      Citric acid cycle              $(1)$ This process occurs in the cytoplasm of the cell.      $(1)$ This process occur

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(N/A)             Glycolysis      Citric acid cycle              $(1)$ This process occurs in the cytoplasm of the cell.      $(1)$ This process occurs in the mitochondrial matrix.              $(2)$ $O_2$ is not required for this process.      $(2)$ $O_2$ is indirectly required for the regeneration of $NAD^+$ and $FAD$.              $(3)$ One molecule of glucose is broken down into two molecules of pyruvic acid.      $(3)$ Acetyl-$CoA$ is completely oxidized to release $CO_2$.              $(4)$ It is a linear metabolic pathway.      $(4)$ It is a cyclic metabolic pathway.              $(5)$ $CO_2$ is not produced during this process.      $(5)$ Two molecules of $CO_2$ are released per acetyl-$CoA$ molecule.              $(6)$ Discovered by Embden,Meyerhof,and Parnas ($EMP$ pathway).      $(6)$ Discovered by Hans Krebs.

Differentiate between Glycolysis and Citric acid cycle.

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Glycolysis	Citric acid cycle
$(1)$ This process occurs in the cytoplasm of the cell.	$(1)$ This process occurs in the mitochondrial matrix.
$(2)$ $O_2$ is not required for this process.	$(2)$ $O_2$ is indirectly required for the regeneration of $NAD^+$ and $FAD$.
$(3)$ One molecule of glucose is broken down into two molecules of pyruvic acid.	$(3)$ Acetyl-$CoA$ is completely oxidized to release $CO_2$.
$(4)$ It is a linear metabolic pathway.	$(4)$ It is a cyclic metabolic pathway.
$(5)$ $CO_2$ is not produced during this process.	$(5)$ Two molecules of $CO_2$ are released per acetyl-$CoA$ molecule.
$(6)$ Discovered by Embden,Meyerhof,and Parnas ($EMP$ pathway).	$(6)$ Discovered by Hans Krebs.