Adiploid somatic ("body") cell has 2n = 20 chromosomes. at the end of mitosis, each daughter cell would have chromosomes. at the end of meiosis i, each daughter cell would have chromosomes. at the end of meiosis ii, each daughter cell would have chromosomes.
a. 2n = 20, 2n = 20, 1n = 10
b. 2n = 20, 2n = 10, 1n = 10
c. 1n = 10, 1n = 10, 1n = 10
d. 2n = 20, 2n = 20, 1n = 20
e. 2n = 20, 1n = 10, 1n = 10

e. 2n = 20, 1n = 10, 1n = 10

Explanation:

When a cell undergoes mitosis it divides into two daughter cells, each identical to the original. For that reason, a diploid cell with 20 chromosmoes (2n = 20) will produce two identical daughter cells after mitosis.

During meiosis I the homologous chromosomes separate and the daughter cells become haploid (only one set of each chromosome) and with half the original chromosome number (n=10). Each chromosome has 2 chromatids.

During meiosis II the two chromatids of each chromosome separate, but the daughter cells remain haploid and with the same chromosome number.

the framers of the constitution insisted that federal judges be nominated instead of elected due to their desire to have judges above the shifting whims of the masses.

the hope, whether achieved or not, was that federal judges would only be beholden to the law and that by not having judges be elected, they would be protected if that law dictated an outcome that ran counter to popular opinion.