Two different species of mosquito have different body structures. Both of these species have DNA that tell their bodies how to grow. How can DNA produce two very different species?

A. Different organisms have DNA with different nucleotide bases.

B. Different organisms have DNA that is a different total length.

C. Different organisms have DNA with nucleotide bases in a different order.

D. Different organisms have DNA that is made of different types of acids.

Question

Reagan Kennedy

Biology

8 July, 18:41

Two different species of mosquito have different body structures. Both of these species have DNA that tell their bodies how to grow. How can DNA produce two very different species?

A. Different organisms have DNA with different nucleotide bases.

B. Different organisms have DNA that is a different total length.

C. Different organisms have DNA with nucleotide bases in a different order.

D. Different organisms have DNA that is made of different types of acids.

+2

Answers (2)

Know the Answer?

Jacquelyn · Answer 1

The correct option is C.

The DNA molecule is made up of four different types of nucleotide bases, these are: thymine, cytosine, guanine and adenine. The arrangement of these nucleotide bases in DNA affect the genetic traits that are eventually formed. The differences that are observed in different individuals is as a result of the different ways in which the nucleotide bases are arranged in DNA molecules.

Tristin Wilson · Answer 2

I believe the answer is d. Different organisms have DNA nucleotide bases in a different order. The change in the pattern of each DNA affects the body structures of the mosquito. Similarly, this applies to all organisms which make the different traits from each other.