Question

Use a diploid cell that has 5 Types of chromosomes. Make a table and Count the number of unreplicated chromosomes, # replicated chromosomes, # DNA, policy (1N v 2N) in G1, G2, end of Mitosis and Meiosis I & II. 4. Draw the above cell and differentiate between the daughter cells produced after Mitosis, Meiosis I, Meiosis II divisions, in diagrams and in descriptions.

Answer 1

	#unreplicated chromosomes	#replicated chromosomes	#DNA molecules	ploidy
G1	10 (10 chromatids)	0	10	2n
G2	0	10 (20 chromatids)	20	2n
End of mitosis	10 (10 chromatids)	0	10	2n
End of meiosis 1	0	5 (10 chromatids)	10	n
End of meiosis 2	5 (5 chromatids)	0	5	n

Description -

10 unreplicated chromosomes are present in G1.

10 replicated chromosomes are present in G2 because DNA duplication has occured in S phase.

After mitosis, the cells will be diploid and 10 unreplicated chromosomes are present.

After meiosis one, the cells will be haploid and 5 replicated chromosomes are present.

After meiosis two, the cells will be haploid and 5 unreplicated chromosomes are present.

A chromosome having two sister chromatids is replicated.

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