Answer:
Prophase: Chromosomes become visible as paired chromatids and the nuclear envelope disappears
Metaphase: Sister chromatids are aligned in the middle
Anaphase: Chromatids are split apart and move toward opposite ends.
Telophase: Reverse of prophase and mitosis ends.
Step-by-step explanation:
More: (If the answer was too breif)
Prophase
• Chromatin condenses into
chromosomes
• Appear as sister chromatids
• Nucleoli disappear
• Mitotic spindle begins to form
• Centrosomes begin to move to opposite ends
• Nuclear envelope begins to breakdown or fragment
Metaphase:
• Centrosomes at opposite ends and mitotic spindle
fully formed
• Sister chromatids (chromosomes) align across
the middle and spidle are attached to both sides
Anaphase:
• Sister chromatids (chromosomes) are split apart and move away toward opposite ends
• Cytokinesis begins during the later stages of anaphase
• Cleavage furrow develops when cytokinesis begins
Telophase:
• Chromosomes become less condensed
• Spindle disappears
• Nuclear envelope forms
• Mitosis ends
• Two daughter nuclei have formed
• Cytokinesis continues
• Usually finishes after telophase