Hehs

Telophase I

A nuclear membrane forms around chromosome pairs made up of one chromosome from each of the original homologous chromosomes

Telophase II

A nuclear membrane forms around the chromatids that came from different chromosomes

Prophase II

Chromosomes become visible in each of the two new cells, and the nuclear membrane begins to break down

Cytokinesis II

Four daughter cells form that each have half the chromosomes of the original cell

Anaphase I

Spindle fibers separate the chromosome pairs, pulling the chromosomes to opposite poles

Anaphase II

The chromatids separate and are pulled to opposite poles of the two cells

Prophase I

The chromosomes in a cell exchange genetic material in a process called crossing over

Interphase

The chromosomes in each new cell expand into thin strands of chromatin.

Metaphase II

The chromosomes in the two new cells line up on the equatorial plane

Cytokinesis

The original cell splits into two daughter cells that have half the number of chromosomes the original cell had.

Metaphase I

The pairs of chromosomes in the cell line up on a plane across the cells center