Sexual reproduction contributes to genetic diversity by allowing

A. unmixed genes from two parents to be passed to offspring.

B. genes from two parents to be mixed and remixed before being passed to offspring.

C. a single parent to pass along a complete set of unmixed genes to offspring.

D. genes from a single parent to be mixed and remixed before being passed to offspring.

Question

Biology

Carlson

20 November, 03:00

Sexual reproduction contributes to genetic diversity by allowing

A. unmixed genes from two parents to be passed to offspring.

B. genes from two parents to be mixed and remixed before being passed to offspring.

C. a single parent to pass along a complete set of unmixed genes to offspring.

D. genes from a single parent to be mixed and remixed before being passed to offspring.

+4

Answers (1)

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Yaretzi Moses · Answer 1

Sexual Reproduction contributes to genetic diversity by allowing the chromosomes of both parents to mix together into the offspring making them a combination of both of the parents.