1.5.2 test (cst): computer - scored unit test\nthe table below shows the number of chromosome pairs for…

1.5.2 test (cst): computer - scored unit test\nthe table below shows the number of chromosome pairs for various organisms.\norganism number of chromosome pairs\nhare 24\nhyena 20\nkangaroo 8\nmeerkat 36\nwhich organism can produce the highest number of genetically different gametes?\na. meerkat\nb. kangaroo\nc. hare\nd. hyena

1.5.2 test (cst): computer - scored unit test\nthe table below shows the number of chromosome pairs for various organisms.\norganism number of chromosome pairs\nhare 24\nhyena 20\nkangaroo 8\nmeerkat 36\nwhich organism can produce the highest number of genetically different gametes?\na. meerkat\nb. kangaroo\nc. hare\nd. hyena

Answer

Explanation:

Step1: Recall the relationship between chromosome pairs and genetic diversity in gametes

The number of genetically different gametes an organism can produce is related to the number of chromosome pairs. The formula for the number of different gametes is (2^n), where (n) is the number of chromosome - pairs. So, the more chromosome pairs an organism has, the more genetically different gametes it can produce.

Step2: Compare the number of chromosome pairs of each organism

The hare has 24 chromosome pairs, the hyena has 20 chromosome pairs, the kangaroo has 6 chromosome pairs, and the meerkat has 36 chromosome pairs. Since (36>24 > 20>6), the meerkat has the most chromosome pairs.

Answer:

A. Meerkat