Question

1) Phases of Meiosis
Name of Phase Description
1. prophase 1 Homologous chromosomes pair up and form tetrad
2. Spindle fibers move homologous chromosomes to opposite sides
3. Nuclear membrane forms, cytoplasm divides, 4 daughter cells
4. Chromosomes line up along the equator, not in homologous pairs
5. Crossing-over occurs
6. Chromatids separate
7. Homologs line up along the equator
8. Cytoplasm divides, 2 daughter cells are formed

2) Label the Phase (they are not pictured in order)

Answer 1

Here’s the filled-in list (numbers correspond to your descriptions) plus a short ID guide you can use to label pictures.

1. prophase I — Homologous chromosomes pair up and form tetrad
2. anaphase I — Spindle fibers move homologous chromosomes to opposite sides
3. telophase II (and cytokinesis II) — Nuclear membrane reforms, cytoplasm divides, 4 daughter cells form
4. metaphase II — Chromosomes line up along the equator, not in homologous pairs (sister chromatids line up)
5. prophase I — Crossing-over occurs (occurs during prophase I, pachytene)
6. anaphase II — Chromatids (sister chromatids) separate
7. metaphase I — Homologs (tetrads) line up along the equator
8. telophase I (and cytokinesis I) — Cytoplasm divides, 2 daughter cells are formed

Quick labeling tips for images
- Prophase I: tetrads form, chromosomes condense, crossing-over visible (chiasmata).
- Metaphase I: homologous pairs (tetrads) lined up at the midline.
- Anaphase I: homologous chromosomes pulled to opposite poles.
- Telophase I / Cytokinesis I: two cells form, each cell is haploid but chromosomes still duplicated.
- Prophase II: chromosomes re-condense in each haploid cell; no tetrads.
- Metaphase II: individual chromosomes (sister chromatids) line up at the equator.
- Anaphase II: sister chromatids separate and move to opposite poles.
- Telophase II / Cytokinesis II: nuclear membranes reform and cytokinesis yields four haploid daughter cells.

If you want, you can paste the images here and I’ll label each one for you.