Which of the following is unique to mitosis and not a part of meiosis?
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Homologous chromosomes pair and form bivalents
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Chromatids are separated during anaphase
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Homologous chromosomes behave independently
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Homologous chromosomes crossover

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Solution

Homologous chromosomes behaving independently is a characteristic unique to mitosis. In meiosis crossing over occurs.

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Similar questions

During mitosis, homologous chromosomes pair up and separate.

Q. Chromosomes separating at the centromere and moving to opposite sides of the cell is an event that occurs during which phase of mitosis?

Q. ______ is the X-shaped structure which is formed when the recombined homologous chromosomes separate from each other except at the sites of crossover.

Fill in the blanks
(a) Mitosis occurs in our ..... cells.
(b) Mitosis produces two daughter cells whereas meiosis produces ...... daughter cells.
(c) Meiosis occurs only in ..... cells.
(d) Modern humans have 46 chromosomes. Their sperms and eggs will have......chromosomes each.
(e) During the pairing of chromosomes in meiosis, the ...... chromosomes come to lie side by side.
(f) The.......(s) are surrounded by radiating rays and termed as aster.

During metaphase of mitosis, chromosomes:

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Which of the following is unique to mitosis and not a part of meiosis?rnrnHomologous chromosomes pair and form bivalentsrnChromatids are separated during anaphasernHomologous chromosomes behave independentlyrnHomologous chromosomes crossover

Homologous chromosomes behaving independently is a characteristic unique to mitosis. In meiosis crossing over occurs.

Which of the following is unique to mitosis and not a part of meiosis?
rn
rn
Homologous chromosomes pair and form bivalents
rn
Chromatids are separated during anaphase
rn
Homologous chromosomes behave independently
rn
Homologous chromosomes crossover