Identify the meiotic stage in which the homol | vedclass

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(C) During $Anaphase I$,the homologous chromosomes of each bivalent (tetrad) separate and move toward opposite poles of the cell.In this stage,the sis

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Anaphase $I$

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(C) During $Anaphase I$,the homologous chromosomes of each bivalent (tetrad) separate and move toward opposite poles of the cell.In this stage,the sister chromatids remain associated at their centromeres,meaning the centromeres do not split.This process ensures that each pole receives only one chromosome from each homologous pair,effectively reducing the chromosome number by half.In contrast,during $Anaphase II$,the centromeres split and sister chromatids separate.

Column $I$	Column $II$
$A$. Diakinesis	$1$. Crossing over takes place
$B$. Pachytene	$2$. Terminalisation of chiasmata
$C$. Zygotene	$3$. Chromosomes align at equatorial plate
$D$. Metaphase	$4$. Pairing of homologous chromosomes

Identify the meiotic stage in which the homologous chromosomes separate while the sister chromatids remain associated at their centromeres.

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Arrange the following stages of meiosis $I$ in the correct sequence:
$(a)$ Crossing over
$(b)$ Synapsis
$(c)$ Terminalization of chiasmata
$(d)$ Disappearance of nucleolus

During which stage of meiosis,do tetrads line up at the equator?

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