The bases from DNA isolated from a newly discovered single-stranded virus are found to be 16 percent A, 34 percent C, 34 percent G, and 16 percent T. During replication, this DNA forms a complementary strand. The bases of the complementary DNA would be _ percent A, _ percent C, _ percent G, and _ percent T.

Question

Alayna Hansen

Biology

24 May, 22:20

The bases from DNA isolated from a newly discovered single-stranded virus are found to be 16 percent A, 34 percent C, 34 percent G, and 16 percent T. During replication, this DNA forms a complementary strand. The bases of the complementary DNA would be _ percent A, _ percent C, _ percent G, and _ percent T.

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Shepherd · Answer 1

Answer:16% A, 34% C, 34% G and 16% T

Explanation:

During complimentary strand formation the base Adenine (A) pairs with Thymine (T) and base Cytosine (C) pairs with Guanine (G), as the percentage of the base pairs in a strand is same so the percentage of the complimentary strands of the DNA would be same.