Help pleaseee!!
How does genetic recombination affect the rate
of evolution?
A. It increases the rate of evolution because it
involves the production of sex cells with
increased variability.
B. It decreases the rate of evolution because it
involves the production of sex cells with
increased variability.
C. It increases the rate of evolution because it
involves the production of sex cells with
decreased variability.
D. It decreases the rate of evolution because it
involves the production of sex cells with
decreased variability.

Genetic recombination is the rearrangement of DNA sequences by rejoining the chromosome segment. It increases the rate of evolution as it involves the production of germinal cells with increased variability.

What is methods involved in genetic recombination?

Genetic recombination can occur in both eukaryotes and prokaryotes. The process of genetic recombination includes the following steps:

Transformation.
Transduction.
Conjugation.
Homologous recombination.

Due to recombination in meiosis, different sets of DNA is distributed in each gametes. This produce new combination of genes in zygote.

It also increases the rate of evolution because it involves the production of germinal cells with increased variability.

Thus, the correct option is A.

For more information about genetic recombination, visit:

https://brainly.com/question/12685192