Match the following columns $I$ and $II$ correctly:
Column $I$ Column $II$
$A$. Leptotene $i$. Nucleolus disappears
$B$. Zygotene $ii$. Formation of recombination nodules
$C$. Pachytene $iii$. Development of synapsis
$D$. Diplotene $iv$. Chromosomes appear as thread-like structures
$E$. Diakinesis $v$. Gene exchange occurs via chiasmata

  • A
    $(A-iv), (B-iii), (C-ii), (D-v), (E-i)$
  • B
    $(A-i), (B-ii), (C-iii), (D-iv), (E-v)$
  • C
    $(A-v), (B-iv), (C-iii), (D-ii), (E-i)$
  • D
    $(A-ii), (B-iii), (C-iv), (D-v), (E-i)$

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Similar Questions

Meiosis occurs in which of the following cells?

In which stage does the exchange of genes occur at the site of chiasmata formation?

Identify the correct pair:

$A$: Each chromosome of a bivalent attaches with two spindles in metaphase.
$R$: In metaphase,bivalents migrate towards the metaphasic plate.

Assertion : Meiosis $II$ is known as equational or homotypic division.
Reason : Meiosis $II$ produces the same number of chromosomes in the daughter cells as in the parent cell.

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