Match List-$I$ and List-$II$ and select the correct answer using the code given below in the lists:
List-$I$ (Phase of meiosis)List-$II$ (Event that occurs)
$1$. Prophase $I$Crossing over occurs
$2$. Metaphase $I$Sister chromatids migrate to opposite poles
$3$. Anaphase $I$Homologous chromosomes line up at the equator in pairs

  • A
    $1$,$2$ and $3$ are correct
  • B
    $1$ and $2$ are correct,$3$ is false
  • C
    $1$ is correct,$2$ and $3$ are false
  • D
    $1$ and $3$ are correct,$2$ is false

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If there are $4$ chromosomes present in Prophase-$I$,how many chromosomes will be present in each cell at the end of Anaphase-$II$?

At which stage do homologous chromosomes appear as bivalents due to independent separation?

Crossing over occurs during

Repulsion of homologous chromosomes takes place in

In meiosis,the chromosome number

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