The diagram below shows a body cell with 4 homologous pairs of chromosomes . During sexual reproduction, how many chromososmes will this organism transmit to its offspring? A. 4, two pairs of homologous chromosomes. B. 2, one pair of homologous chromosomes. C. 4, one chromosome from each homologous pair. D. 8, all of the chromososmes shown.

Respuesta :

If a body cell has 4 homologous pairs of chromosomes, then during sexual reproduction, then this organism will transmit to its offspring 4 chromosomes, one chromosome from each homologous pair (Option C).

What is the cellular process of meiosis?

The cellular process of meiosis refers to a type of cell division that is characterized to generate four daughter cells having half of the genetic material when compared to the parental cells.

Meiosis in a cell having four homologous chromosomes will produce gametes having four chromosomes that will join with the other four chromosomes of the homologous pair to form a somatic cell in the zygote.

Therefore, with this data, we can see that the cellular process of meiosis divides half the genetic material by producing a cell with one chromosome for each homologous pair which joins in the zygote to establish chromosome number.

Learn more about the cellular process of meiosis here:

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