A diploid cell with 7 chromosome PAIRS would have 14 chromosomes, 7 from each parent. Thus, a gamete would be haploid and have 7 chromosomes. So to find how many genetically different gametes there could be do 2^7 which equals 128.
The question is incomplete as it does not have the option which are:
A) 100, 7
B) 100, 14
C) 200, 7
D) 200, 14
E) 400, 14
Answer:
A) 100, 7
Explanation:
The ascomycetes reproduce by the forming ascospores which are formed by the process of meiosis thus from 1 Parent cell, 4 daughter cells are reproduced. The 4 ascospores then undergo the mitosis and 4 daughter ascospores form 8 ascospores.
If the parent cell of an ascospore contains
1. Ploidy- 2n=14 chromosomes, therefore, Meiosis process will reduce the number to half and will form the n=7 in daughter cells.
2. The DNA amount- in G2 stage will be 400 ng therefore during meiosis I, two cells with 200 ng DNA and then two more cells with 100 ng will be formed after meiosis II.
Thus, A) 100, 7 is correct.
DNA and RNA are found in both viruses and in living single-celled organisms, such as protozoans and bacteria.
You could be considered to have an ameia disease. There are many different types. One can help malaria grow called hemmoragic anemia.
Hope this helps!! ;))
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A fossil is the bone of a long dead animal that has been in the ground Harding for thousands to millions of years.