Answer:
Asexual
Before a cell divides, its nucleus divides. Each chromosome is copied, and each nucleus receives the same genetic material: genes, made of DNA.
As each cell divides into two, the resulting "daughter" cells are therefore exact copies of one another.
Sexual
Both male and female sex cells (sperms and eggs in animals, pollen and ovules in plants) are produced by a special cell division process which halves the number of chromosomes in each resulting cell. The chromosome separation process ensures that each sex cell has a unique combination of genes in its nucleus.
Fertilisation is also a random process and so when the nuclei fuse the resulting fertilised egg (zygote) has an individual genetic makeup.
In contrast to asexual reproduction, sexual reproduction introduces variation into offspring. This is an essential feature in order for evolution to take place.
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Explanation:
Answer:
what is the question..........
<span>It is D, since a counterclaim is the opposite of the claim to take all viewpoints into consideration.</span>
Answer:
C.
Explanation:
"The Monkey's Paw' is a short story written by W. W. Jacobs. The story revolves around the magical monkey's paw that's been bought by Sergeant Major Morris.
<u>The given excerpt of the story reflects the falling action of story as with this passage the author ends the story. To draw the conclusion of the story, authro left it intentionally on the readers.</u>
<u>The given passage describes the falling action after the climax of Mr. White asking for his second wish of having their son back.</u>
<u>Falling action</u><u> is the second last element of a plot structure in which the tensions and drama of climax has been ceased. In the given excerpt, the tension has been ceased.</u>
So, the correct answer is option C.
Answer:
Microorganisms have adapted to inhabit almost every corner of the world. They live in the oceans and lakes, where they provide a valuable food source for larger organisms. They live on land where they may the decay of dead organic material, recycling valuable nutrients. ... Many microorganisms cause disease in humans.