During the G_2-phase,the amount of DNA in a d | vedclass

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(B) In the cell cycle,the $G_1$-phase represents the initial diploid state with $2C$ amount of $DNA$. During the $S$-phase (Synthesis phase),$DNA$ rep

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Tetraploid cell

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(B) In the cell cycle,the $G_1$-phase represents the initial diploid state with $2C$ amount of $DNA$. During the $S$-phase (Synthesis phase),$DNA$ replication occurs,doubling the amount of $DNA$ from $2C$ to $4C$. The $G_2$-phase follows the $S$-phase,where the cell maintains the $4C$ amount of $DNA$ before entering mitosis. $A$ tetraploid cell $(4n)$ also contains $4C$ amount of $DNA$. Therefore,the amount of $DNA$ in a diploid cell during the $G_2$-phase is equivalent to that of a tetraploid cell.

During the $G_2$-phase,the amount of $DNA$ in a diploid cell is equivalent to which of the following?

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