Courses for Kids
Free study material
Offline Centres
Store Icon

If a parent cell has 18 chromosomes prior to mitosis, how many chromosomes will the daughter cells have?
A.any number between nine and thirty-six
D.Thirty- six

Last updated date: 20th Jun 2024
Total views: 395.7k
Views today: 4.95k
395.7k+ views
Hint: The essential component by which organisms produce new cells is through cell division. During this cycle, a solitary "parent" cell will gap and produce indistinguishable "daughter" cells. Along these lines, the parent cell gives its hereditary material to every one of its daughter cells. Mitosis is the cycle by which a cell isolates its copied DNA, separating its nucleus into two.

Complete answer:
Prokaryotes are a single-celled organism, for example, microscopic organisms and archaea. They have a basic, inward structure with free-skimming DNA. They use cell division as a strategy for agamic generation, in which the hereditary cosmetics of the parent and coming about posterity are the equivalent.
Mitosis is utilized to deliver daughter cells that are hereditarily indistinguishable from the parent cells. The cell duplicates - or 'repeats' - its chromosomes, and afterward parts the replicated chromosomes to ensure that every daughter cell has a full set.
Before mitosis, the chromosomes are duplicated. At that point, they curl up, and every chromosome resembles a letter X in the nucleus of the cell. The chromosomes presently comprise of two sister chromatids. Mitosis isolates these chromatids, with the goal that each new section has a duplicate of each chromosome.
Mitosis is a method of making more cells that are hereditarily equivalent to the parent cell. It has a significant impact on the advancement of undeveloped organisms, and it is notable for the development and improvement of our bodies. Mitosis creates new cells and replaces cells that are old, lost, or harmed.

> There are many stages that a living cell goes through, and it is known as the cell cycle.
> In the G1 phase, the cell grows.
> In S phase the cell, the cell multiplies to make copies of its chromosomes.
> G2 phase, the cell checks the duplicated chromosomes and gets ready to multiply.
> M phase- copied chromosomes are separated to form full individual sets, and the cell divides into two new cells.