When the cells grows , or increases in size, it might reach, say, double (x2) it's original size, the cell then divides in half (x.5) and returns to it's original size. To show this mathematically.... e.g. original size = 10 units original size x 2 = 10 x 2 = 20 the cell divides so, 20 x .5 = 10 back to the original size, the 2 cells then grow and when they become double the size they divide leaving 4 cells, they grow and so on...
When the cells grows , or increases in size, it might reach, say, double (x2) it's original size, the cell then divides in half (x.5) and returns to it's original size. To show this mathematically.... e.g. original size = 10 units original size x 2 = 10 x 2 = 20 the cell divides so, 20 x .5 = 10 back to the original size, the 2 cells then grow and when they become double the size they divide leaving 4 cells, they grow and so on...
Although refuse (or "rubbish") is a problem, it is not as pervasive or threatening a problem as that of anthropogenic global warming. Garbage isn't melting glaciers, increasing sea levels, or increasing the size, intensity and violence of storms.
There is a stunted growth or the mother maybe did not eat well or there is underlying problem inside .ultrasound will solve this problem.
The cellular division responsible for increasing the size of organisms is called mitosis. During mitosis, a single cell divides into two identical daughter cells, ensuring the growth and replenishment of cells in the body. This process occurs in most cells of the body, except for reproductive cells, which undergo a different type of division called meiosis.
Increasing
Single-celled organisms grow by increasing in size and dividing into two daughter cells through binary fission. Multicellular organisms grow by increasing in cell number and size through cell division and differentiation, leading to the development of specialized tissues and organs.
A repeated groups division problem with unknown group size involves dividing a total quantity into equal parts or groups, but the size of each group is not specified. For example, if you have 24 apples and want to distribute them into an unknown number of groups with the same number of apples in each, you might represent the problem as ( 24 \div g = n ), where ( g ) is the group size and ( n ) is the number of groups. The goal is to determine both the number of groups and the size of each group based on the total quantity. This type of problem requires setting up equations or using other strategies to find the unknowns.
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The year, make, model and engine size would help us help you.
it is the size of a new cell
everything
Cell division is important as related to the size of cells. This is because cell division will take a lot longer in larger cells.