A student built a model of DNA to show its helical structure in an attempt to display their knowledge of the chemical properties of the 3D structure. In fact, the teacher asked the entire class to create similar models. However, the teacher asks the students to incorporate a biological explanation for how each DNA molecule uniquely codes for different traits. Which component should be incorporated in the student models in order to meet the teacher's expectation for illustrating DNA's ability to code for unique traits? A) The DNA models should have different A:T, C:G ratios. B) The DNA models should have unique nucleotide sequences. C) The DNA models should have different angles of curvature for the helical strands. D) The DNA molecules should have alternating ribose and deoxyribose as the sugars in the backbone.

Respuesta :

The DNA sequence determines the different traits, therefore, the student's DNA models should have unique nucleotide sequences.

What determines how each DNA molecule uniquely codes for different traits?

The different traits which are produced from the DNA molecule is dependent on the sequence of nucleotides in the DNA molecule.

The unique sequence of nucleotides are known as genes.

Therefore, the student's DNA models should have unique nucleotide sequences.

Learn more about DNA sequence at: https://brainly.com/question/21265857

Answer:

B) The DNA models should have unique nucleotide sequences

Explanation:

This answer is the only one that makes sense as it is the reason how only four different types of nucleotide (adenine, thymine, guanine, and cytosine) could be arranged into many different types of sequences to create different types of species.