Chromatids separate during the stage- Anaphase II DNA exchange occurs during-Prophase I Homologous chromosomes separate during-Anaphase I Centrosome movement occurs during-Prophase I During prophase I, nuclear envelope will breakdown, chromosomes will be condensed and Centrosome will be moved. During Metaphase I, the homologues will be seen aligning independently along the equator and during Anaphase I, the homologues will separate, finally during telophase I, 2 daughter nuclei (haploid) will result, each containing one chromosome from each homologue. During prophase II, each duplicated chromosome will get attaches to the spindle, and the duplicated chromosomes will line up at the equator during metaphase II, during anaphase II, the sister chromatids will get separated by moving towards the poles, finally in telophase II, the spindle will disappear and 4 haploid daughter cells be formed. Solution Chromatids separate during the stage- Anaphase II DNA exchange occurs during-Prophase I Homologous chromosomes separate during-Anaphase I Centrosome movement occurs during-Prophase I During prophase I, nuclear envelope will breakdown, chromosomes will be condensed and Centrosome will be moved. During Metaphase I, the homologues will be seen aligning independently along the equator and during Anaphase I, the homologues will separate, finally during telophase I, 2 daughter nuclei (haploid) will result, each containing one chromosome from each homologue. During prophase II, each duplicated chromosome will get attaches to the spindle, and the duplicated chromosomes will line up at the equator during metaphase II, during anaphase II, the sister chromatids will get separated by moving towards the poles, finally in telophase II, the spindle will disappear and 4 haploid daughter cells be formed..

1. Chromatids separate during the stage- Anaphase II
DNA exchange occurs during-Prophase I
Homologous chromosomes separate during-Anaphase I
Centrosome movement occurs during-Prophase I
During prophase I, nuclear envelope will breakdown, chromosomes will be condensed and
Centrosome will be moved. During Metaphase I, the homologues will be seen aligning
independently along the equator and during Anaphase I, the homologues will separate, finally
during telophase I, 2 daughter nuclei (haploid) will result, each containing one chromosome from
each homologue.
During prophase II, each duplicated chromosome will get attaches to the spindle, and the
duplicated chromosomes will line up at the equator during metaphase II, during anaphase II, the
sister chromatids will get separated by moving towards the poles, finally in telophase II, the
spindle will disappear and 4 haploid daughter cells be formed.
Solution
Chromatids separate during the stage- Anaphase II
DNA exchange occurs during-Prophase I
Homologous chromosomes separate during-Anaphase I
Centrosome movement occurs during-Prophase I
During prophase I, nuclear envelope will breakdown, chromosomes will be condensed and
Centrosome will be moved. During Metaphase I, the homologues will be seen aligning
independently along the equator and during Anaphase I, the homologues will separate, finally
during telophase I, 2 daughter nuclei (haploid) will result, each containing one chromosome from
each homologue.
During prophase II, each duplicated chromosome will get attaches to the spindle, and the
duplicated chromosomes will line up at the equator during metaphase II, during anaphase II, the
sister chromatids will get separated by moving towards the poles, finally in telophase II, the
spindle will disappear and 4 haploid daughter cells be formed.