The G_2 phase of the cell cycle takes approxi | vedclass

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(C) The cell cycle consists of two main phases: Interphase and $M$-phase (Mitosis). Interphase is further divided into $G_1$,$S$,and $G_2$ phases.In a

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$12$ to $16\%$ of the cell cycle

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(C) The cell cycle consists of two main phases: Interphase and $M$-phase (Mitosis). Interphase is further divided into $G_1$,$S$,and $G_2$ phases.In a typical eukaryotic cell cycle (e.g.,human cells taking $24$ hours),the $G_1$ phase lasts about $8-10$ hours,the $S$ phase lasts about $6-8$ hours,and the $G_2$ phase lasts about $3-4$ hours.Calculating the percentage for the $G_2$ phase: $(3/24) 	imes 100 \approx 12.5\%$ and $(4/24) 	imes 100 \approx 16.6\%$.Therefore,the $G_2$ phase occupies approximately $12$ to $16\%$ of the total cell cycle duration.

The $G_2$ phase of the cell cycle takes approximately how much time of the total cell cycle duration?

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