A : Endomitosis does not cause karyokinesis o | vedclass

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(C) Endomitosis is a process where the chromosomes replicate without the division of the nucleus $(karyokinesis)$ or the cytoplasm $(cytokinesis)$.Thi

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Assertion is correct,but Reason is incorrect.

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(C) Endomitosis is a process where the chromosomes replicate without the division of the nucleus $(karyokinesis)$ or the cytoplasm $(cytokinesis)$.This results in polyploidy,where the cell contains multiple sets of chromosomes.Since the nuclear envelope does not break down and the cell does not divide,the statement in the Reason $(R)$ that 'mitosis occurs within the nucleus' is factually incorrect as true mitosis involves the breakdown of the nuclear envelope and subsequent division of the nucleus.Therefore,the Assertion $(A)$ is correct,but the Reason $(R)$ is incorrect.

List $I$	List $II$
$A$. $M$ Phase	$I$. Proteins are synthesized
$B$. $G_2$ Phase	$II$. Inactive phase
$C$. Quiescent stage $(G_0)$	$III$. Interval between mitosis and initiation of $DNA$ replication
$D$. $G_1$ Phase	$IV$. Equational division

$A$ : Endomitosis does not cause karyokinesis or cytokinesis.
$R$ : In endomitosis,mitosis occurs within the nucleus.

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$A$ : Endomitosis does not cause karyokinesis or cytokinesis.$R$ : In endomitosis,mitosis occurs within the nucleus.