In a frequently changing environment, organisms that can reproduce sexually are often more
adapted to survival than organisms that reproduce entirely asexually. What is the primary reason
the ability to reproduce sexually is advantageous to survival?
Sexually reproducing organisms typically produce more offspring.
Sexually reproducing organisms have lower rates of genetic mutations
Sexually reproducing organisms produce offspring genetically identical to the parent.
Sexually reproducing organisms produce offspring with increased genetic variety

When an offspring is created from a single parent and are analogous to their parent is called an asexual replica whereas, when two parents are concerned and produces a progeny which is genetically distinct is called sexual reproduction.

The correct answer is:

Option D. Sexually reproducing organisms beget progeny with the enriched genetic combination.

This can be explained by:

Therefore, sexually reproducing organisms creates offspring with an increased genetic variety and are advantageous to survival.

To learn more about sexual - asexual reproduction and genetic variability follow the link:

link

The primary reason the ability to reproduce sexually is advantageous to survival is that sexually reproducing organisms produce offspring with increased genetic variety.

Explanation:

In a species that reproduces sexually, the parental generation is responsible for generating gametes whose chromosomes have been recombined during gametogenesis (meiosis) and transmitting their genes randomly to the offspring, which increases the genetic variability.

On the other hand, asexual reproduction represents a way of creating new ones where the characteristics have very little difference between the parents and the offspring, depending on the mutations in order to support the changes that natural selection imposes. Genetic variability es poor.

Continuous environmental changes are often very drastic at times and subject individuals to a selection process, in which individuals with greater capacity for genetic variability will have more opportunities to perpetuate themselves, which represents an advantage of sexual reproduction over the asexual reproduction.

Learn more:

Genetic variety in plants link

explanation:

b,bacteria convert nitrates

into nitrogen gas.

d,plants and animals take in

and use nitrogen compounds.

e,bacteria break down waste    

products and return nitrogen  

to the soil.

a,bacteria convert atmospheric

nitrogen to ammonia.

c,bacteria convert ammonia

to nitrites and nitrates.

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explanation:

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