Answer:
Explanation:
Dissolving is importan because its a whole life sicle.
this is how desolving works:
1.an animal dies and starts desolving
2. when the animal desolves its fertilizes the ground and then grass grows
3. another animal comes and eats the grass
4. when that animal dies or gets killed by a predator it starts desolving
And then the 4 sicles repeat over and over.
D.
A fixed allele is homozygous within a population so D should be the correct answer.
Hope this helps!
D
Less <span>competition with the parent plants. by being dispersed further, they will face competition but not with their parent plants.</span>
A result of convergent evolution are the webbed feet of ducks and frogs.
Explanation:
The evolution of the animals, or rather the development of adaptive features, works in very interesting manner. It is very common in nature that animals that are closely related do not share similar characteristics, or the opposite, animals that are not closely related but share similar characteristics. The later case, is referred to as convergent evolution, where totally different animals have developed the same or very similar characteristics in order to be better suited for their environment.
In this case we have the ducks and frogs, and the webbed feet as shared adaptations, or feature. The ducks are birds, while the frogs are amphibians, and their last common ancestor has lived hundreds of millions of years ago. Despite that, both animals have developed webbed feet, and the reason for this has been that both animals have faced the same challenge, swimming and diving, and the webbed feet help them to be much faster and more agile in the water.
Other examples of convergent evolution (in the present and in the past) are:
- Hyena - Tasmanian devil
- Sandy cat - Fenec fox
- Smilodon - Thylacosmilus
- Bats - Birds
Learn more about the categories of adaptations brainly.com/question/2396978
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All viruses have a <span>capsid, that contains there DNA or RNA, never both. </span>
