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(N/A)       Aerobic Respiration    Anaerobic Respiration        $(1)$ In aerobic respiration,there is complete oxidation of substrate molecules,leadin

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(N/A)       Aerobic Respiration    Anaerobic Respiration        $(1)$ In aerobic respiration,there is complete oxidation of substrate molecules,leading to a higher yield of $ATP$ molecules.    $(1)$ In anaerobic respiration,there is incomplete oxidation of substrate molecules,resulting in a significantly lower yield of $ATP$ molecules.        $(2)$ Aerobic respiration of one molecule of glucose typically produces $36$ to $38$ $ATP$ molecules,along with $H_{2}O$ and $CO_{2}$.    $(2)$ Anaerobic respiration (fermentation) of one molecule of glucose,for example in yeast,produces only $2$ $ATP$ molecules,along with ethanol and $CO_{2}$.

The energy yield in terms of $ATP$ is higher in aerobic respiration than during anaerobic respiration. Explain.

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Aerobic Respiration	Anaerobic Respiration
$(1)$ In aerobic respiration,there is complete oxidation of substrate molecules,leading to a higher yield of $ATP$ molecules.	$(1)$ In anaerobic respiration,there is incomplete oxidation of substrate molecules,resulting in a significantly lower yield of $ATP$ molecules.
$(2)$ Aerobic respiration of one molecule of glucose typically produces $36$ to $38$ $ATP$ molecules,along with $H_{2}O$ and $CO_{2}$.	$(2)$ Anaerobic respiration (fermentation) of one molecule of glucose,for example in yeast,produces only $2$ $ATP$ molecules,along with ethanol and $CO_{2}$.