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demonstrate the use of the mathematical formula for finding the number of possible combinations of chromosomes pairs that can be made in an organism. Use an organism with diploid cells that have five pairs of chromosomes for your demonstration.

Answer :

Answer:

The mathematical formula used to determine the number of possible combinations of chromosome pairs in gametes is 2ⁿ, where n represents the number haploid number of chromosomes.

For example, if an organism has 5 pairs of chromosomes:

n = 5

2n = 10

So, 2ⁿ = 2⁵ = 32

Hence, the possible number combinations of chromosome pairs in a gamete would be 32.

batolisis

The number of possible combinations of chromosome pairs in the organism is : 32

Calculating the number of chromosomes combination

Applying the formula 2ⁿ

n = number haploid number of chromosomes.

An example to demonstrate the use of mathematical formula

Assuming an organism has 5 pairs of chromosomes:

n = 5

therefore 2n = 8

Hence , 2ⁿ = 2⁵ = 32

Therefore, the possible number combinations of chromosome pairs would be = 32

Hence we can conclude that demonstrating with the use of mathematical formula The number of possible combinations of chromosome pairs is : 32

Learn more about chromosomes pairs : https://brainly.com/question/7629098

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