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(N/A)       Aerobic Respiration    Anaerobic Respiration        $(1)$ $O_{2}$ is utilized in this process.    $(1)$ $O_{2}$ is not utilized in this pr

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(N/A)       Aerobic Respiration    Anaerobic Respiration        $(1)$ $O_{2}$ is utilized in this process.    $(1)$ $O_{2}$ is not utilized in this process.        $(2)$ Complete oxidation of respiratory substrates occurs.    $(2)$ Incomplete oxidation of respiratory substrates occurs.        $(3)$ Includes three phases: Glycolysis,Krebs' cycle,and Oxidative phosphorylation.    $(3)$ Process occurs primarily through Glycolysis followed by fermentation.        $(4)$ More energy is released (net $38$ $ATP$ per glucose molecule).    $(4)$ Less energy is produced (net $2$ $ATP$ per glucose molecule).        $(5)$ End products are $CO_{2}$ and $H_{2}O$.    $(5)$ End products are Ethanol + $CO_{2}$ or Lactic acid.

Differentiate between aerobic respiration and anaerobic respiration.

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Aerobic Respiration	Anaerobic Respiration
$(1)$ $O_{2}$ is utilized in this process.	$(1)$ $O_{2}$ is not utilized in this process.
$(2)$ Complete oxidation of respiratory substrates occurs.	$(2)$ Incomplete oxidation of respiratory substrates occurs.
$(3)$ Includes three phases: Glycolysis,Krebs' cycle,and Oxidative phosphorylation.	$(3)$ Process occurs primarily through Glycolysis followed by fermentation.
$(4)$ More energy is released (net $38$ $ATP$ per glucose molecule).	$(4)$ Less energy is produced (net $2$ $ATP$ per glucose molecule).
$(5)$ End products are $CO_{2}$ and $H_{2}O$.	$(5)$ End products are Ethanol + $CO_{2}$ or Lactic acid.