Only 25 % remain from the initial isotope.
2 half-lives have.
Each daughter cell receives an equal amount of the parent's nuclear material during cell division. The genetic material is copied and distributed evenly between the two daughter cells to ensure genetic continuity.
reduction division. this is because the daughter cells end up with half the genetic material of their parent.
No, the half-life of a material is a constant characteristic of that material and does not change based on the amount of parent material present. The half-life remains the same regardless of the quantity of the substance being measured.
Parent cells are diploids, and daughter cells are haploids. Therefore, the daughter cells have half of the the number of chromosomes as the parent cells. (chromosomes are DNA)
If the S phase were eliminated from the cell cycle, the daughter cells would have half the amount of DNA compared to the parent cell. This would likely result in genetic abnormalities and problems with cell division and function. Overall, the daughter cells would be genetically unstable and may not be able to survive or function properly.
A meiotic division produces four daughter cells.
No, when a cell divides through mitosis, each daughter cell receives an identical copy of the parent cell's genetic code, not just half. This ensures that the genetic information is preserved and passed on accurately.
it's half life
Cell division or Mitosis generates 2 cells that are identical to the parent cell. yes conceptually, the parent is essentially divided in half, but before that event, the DNA, or the 'information' is duplicated so to generate 2 identical copies of the DNA or 'information'. thus, one copy for each daughter cell. the daughter cells do start out smaller then the parent, but then do grow in size and become identical in information and size to the parent.
no they have half the number of chromosomes than their parent cells
There are exactly 6 , because the daughter cells always half of how many the parent cells have .