Question

G1 G2 S Interphase Prophase Metaphase Prometaphase Anaphase Telophase Mitosis Cytokinesis 1. Daughter nuclei reform 2. Chromosomes align on an imaginary line equidistant from each pole 3. Nuclear division that distributes chromosomes equally to daughter cells 4. Chromatin fibers become more condensed to form discrete chromosomes 5. Nucleus is well defined and bounded by the nuclear envelope 6. Includes G1, G2, and S phases 7. Centromeres separate and the sister chromatids are now individual chromosomes. 8. Chromosomes move towards opposite poles of the cell 9. First period of cell growth after mitosis is completed 10. Cell continues to grow but is now completing preparations for mitosis 11. Chromosomes become less distinct and chromatin forms as each chromosome becomes less tightly coiled 12. Mitotic spindle begins to form by extending from the two centrosomes 13. Phase during which DNA is synthesized 14. Nuclear envelope fragments and spindle fibers attach to kinetochores of chromatids 15. Division of the cytoplasm

          G1 G2 S
Interphase Prophase Metaphase
Prometaphase Anaphase Telophase
Mitosis Cytokinesis

1. Daughter nuclei reform
2. Chromosomes align on an imaginary line equidistant from each pole
3. Nuclear division that distributes chromosomes equally to daughter cells
4. Chromatin fibers become more condensed to form discrete chromosomes
5. Nucleus is well defined and bounded by the nuclear envelope
6. Includes G1, G2, and S phases
7. Centromeres separate and the sister chromatids are now individual chromosomes.
8. Chromosomes move towards opposite poles of the cell
9. First period of cell growth after mitosis is completed
10. Cell continues to grow but is now completing preparations for mitosis
11. Chromosomes become less distinct and chromatin forms as each chromosome becomes less tightly coiled
12. Mitotic spindle begins to form by extending from the two centrosomes
13. Phase during which DNA is synthesized
14. Nuclear envelope fragments and spindle fibers attach to kinetochores of chromatids
15. Division of the cytoplasm

G1 G2 S
Interphase Prophase Metaphase
Prometaphase Anaphase Telophase
Mitosis Cytokinesis

1. Daughter nuclei reform
2. Chromosomes align on an imaginary line equidistant from each pole
3. Nuclear division that distributes chromosomes equally to daughter cells
4. Chromatin fibers become more condensed to form discrete chromosomes
5. Nucleus is well defined and bounded by the nuclear envelope
6. Includes G1, G2, and S phases
7. Centromeres separate and the sister chromatids are now individual chromosomes.
8. Chromosomes move towards opposite poles of the cell
9. First period of cell growth after mitosis is completed
10. Cell continues to grow but is now completing preparations for mitosis
11. Chromosomes become less distinct and chromatin forms as each chromosome becomes less tightly coiled
12. Mitotic spindle begins to form by extending from the two centrosomes
13. Phase during which DNA is synthesized
14. Nuclear envelope fragments and spindle fibers attach to kinetochores of chromatids
15. Division of the cytoplasm

Added by Rebecca W.

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