Question

Ma) Match each term with the correct description (none are repeated) prophase II 1. DNA duplication occurs in this phase. telophase II 2. Homologous chromosomes condense, pair up, and swap segments. metaphase II 3. Homologous chromosome pairs align on the equator. interphase 4. Sister chromatids separate and move to opposite poles. anaphase II 5. A nuclear envelope forms around each set of chromosomes to produce four haploid (n) nuclei. prophase I 6. As in mitosis, duplicated chromosomes align on the equator. metaphase I 7. Two nuclei formed; each has a complete set of chromosomes. telophase I 8. Spindle formation in two cells.

          Ma) Match each term with the correct description (none are repeated)

prophase II
1. DNA duplication occurs in this phase.
telophase II
2. Homologous chromosomes condense, pair up, and swap segments.
metaphase II
3. Homologous chromosome pairs align on the equator.
interphase
4. Sister chromatids separate and move to opposite poles.
anaphase II
5. A nuclear envelope forms around each set of chromosomes to produce four haploid (n) nuclei.
prophase I
6. As in mitosis, duplicated chromosomes align on the equator.
metaphase I
7. Two nuclei formed; each has a complete set of chromosomes.
telophase I
8. Spindle formation in two cells.

Ma) Match each term with the correct description (none are repeated)

prophase II
1. DNA duplication occurs in this phase.
telophase II
2. Homologous chromosomes condense, pair up, and swap segments.
metaphase II
3. Homologous chromosome pairs align on the equator.
interphase
4. Sister chromatids separate and move to opposite poles.
anaphase II
5. A nuclear envelope forms around each set of chromosomes to produce four haploid (n) nuclei.
prophase I
6. As in mitosis, duplicated chromosomes align on the equator.
metaphase I
7. Two nuclei formed; each has a complete set of chromosomes.
telophase I
8. Spindle formation in two cells.

Added by Raven B.

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