The proportions of the bases are consistent within a species; however they do vary between species. Using the base-pair rules, complete the following table to show the percentage of each type of base in the five different organisms.

According to the rule of Chargaff which states or explains the amount of the A, T, G, and C bases in the DNA molecule. It says that the DNA of any organism should have a pyrimidine and purine ratio of 1:1. This means the amount of A would be equal to T and the amount G should be equal to the amount of C.

It also says that the amount of a and G would be equal to the amount of C and T. So on the base of this we can find the missing value in the table:

A G C T

Human: 31 19 19 31 (A= T and G=C)

Cow: 28 22 22 28 (A= T and G=C)

Salmon: 29 21 21 29 (A= T and G=C)

Wheat 27 23 23 27 (100 - A+T = G+C)

Yeast 31 19 19 31 (A= T and G=C)

Cricetus Cricetus · Answer 2 · 2021-11-18T16:21:48+01:00

The table will be:

A G C T

Human 31 19 19 31

Cow 28 22 22 28

Salmon 29 21 21 29

Wheat 27 23 23 27

Yeast 31 19 19 31

As per the to Chargaff's rule, this same quantity of A, T, G, as well as C bases throughout the DNA molecule is stated and otherwise explained. It states that just about any individual's DNA should get a pyrimidine to purine proportion of 1:1.
This shows that the quantity of A might have to equivalent to T, as well as the quantity of G could perhaps equivalent to C. It moreover states that the sum of A as well as G is very much like the sum of C and T.

Thus the above answer is right.

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