7. After mitosis, a cell with 100 chromosomes at 6. Tetrads separate to form hap

Question

7. After mitosis, a cell with 100 chromosomes at 6. Tetrads separate to form haploid sister chromatids G1, will form how daughter cells, with during a Metaphase I, Meiosis b. Anaphase II, Meiosis e. Anaphase I, Meiosis d. Anaphase, Mitosis with chromosomes in each one. A. 4, 50 B. 2, 50 C. 2, 100 D. 4, 25 9, DNA is replicated during A. 8 What phase of the cell cycle is shortened in Cancer cells? a. Anaphase b. Telophase c Interphase d. Prophase Prophase B. Metaphase C. Telophase D. Anaphase EInterphase 10. If a cell does not proceed through the M checkpoint, cell will be stuck in A. Prophase B. Metaphase C. Telophase D. Anaphase E. S phase

Explanation / Answer

6-C

Since a tetrad to haploid division leads to haploid daughter formation . This occurs in Anaphase1 of meiosis. Anaphase 2 is just like mitosis.

7-C 2,100

Since mitosis leads to two daughter cells formation and with same chromosome number.

8- C interphase , interphase is the variable phase and depends on the replicative capacity of cell.

9-E - Interphase , DNA is synthesized during S phase.

10- E since before m checkpoint it's s phase so the cell gets stucked in s phase .

Related Questions

Navigate

• Browse (All)
• Browse 7
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.