A student uses a string to model four pairs of homologous chromosomes in a parent cells. Each Chromosome pair is a different color. Which model would best show the genetic genetic makeup of a daughter cell produced by meiosis?

A) two strings, each combination of different colors.

B) Two Strings, each same color.

C) Four Strings, each a combination of different colors.

D) Four Strings, each the same color

Question

Kymani Parks

Biology

16 June, 04:57

A student uses a string to model four pairs of homologous chromosomes in a parent cells. Each Chromosome pair is a different color. Which model would best show the genetic genetic makeup of a daughter cell produced by meiosis?

A) two strings, each combination of different colors.

B) Two Strings, each same color.

C) Four Strings, each a combination of different colors.

D) Four Strings, each the same color

+4

Answers (1)

Know the Answer?

Harold Mcneil · Answer 1

Answer is option "C"

Explanation:

All in all, this procedure includes a "parent" cell parting into at least two "little girl" cells. Right now, parent cell can give its hereditary material from age to age. Meiosis, then again, is a particular type of cell division that happens in living beings that imitate explicitly. As referenced above, it produces regenerative cells, for example, sperm cells, egg cells, and spores in plants and parasites. In people, extraordinary cells called germ cells experience meiosis and at last offer ascent to sperm or eggs. Germ cells contain a total arrangement of 46 chromosomes (23 maternal chromosomes and 23 fatherly chromosomes). Before the finish of meiosis, the subsequent regenerative cells, or gametes, each have 23 hereditarily one of a kind chromosomes. Hence, the right answer is option C "four strings, each a combination of different colors"