The cell membrane.
The surface area of a root hair cell is typically larger than that of a regular plant cell because the root hair cell has long, thin projections that increase its surface area for improved absorption of water and nutrients. This increased surface area allows the root hair cell to more efficiently take up essential substances from the surrounding soil.
The surface area to volume ratio is how big the cell's membrane's area is compared to the volume of everything inside the cell. If the volume becomes too large, the cell will not be able to release waste or receive necessary nutrients as easily. Plus, the cell's DNA can't keep up with the cell.
No. Its size is limited by the cell's surface area to volume ratio. If the volume increases quicker than the surface area, the cell cannot release waste or take in nutrients as effectively. Also, the cell's DNA would not be able to keep up with the cell's functions.
In the cell wall if u looked this up you didnt pass 7th grade science
Cellulose makes up the cell wall in plants.
A cell's volume is the amount of material that can fit into the cell. A cell's surface area is the total amount of material that makes up the outside of the cell. The ratio of surface area to volume is the amount of surface area per unit volume of an object or collection of objects.
The surface area of a root hair cell is typically larger than that of a regular plant cell because the root hair cell has long, thin projections that increase its surface area for improved absorption of water and nutrients. This increased surface area allows the root hair cell to more efficiently take up essential substances from the surrounding soil.
As a cell grows its volume increases more than its surface area. Cells are limited in size because of the cell membrane As the cell gets bigger the outside is unable to keep up with its inside. Because of this, when the length doubles the surface area gets 4 times larger.
The surface area to volume ratio is how big the cell's membrane's area is compared to the volume of everything inside the cell. If the volume becomes too large, the cell will not be able to release waste or receive necessary nutrients as easily. Plus, the cell's DNA can't keep up with the cell.
No. Its size is limited by the cell's surface area to volume ratio. If the volume increases quicker than the surface area, the cell cannot release waste or take in nutrients as effectively. Also, the cell's DNA would not be able to keep up with the cell's functions.
In the cell wall if u looked this up you didnt pass 7th grade science
Cell..makes up of things that makes up a town..
Cellulose makes up the cell wall in plants.
As the cell grows and increases in size,an important difference develops between the surface area available for exchange and the volume fo the cytoplasm in which the chemical reactions of life occur.The volume increases faser than the surface area;the surface area:volume ratio falls.So,with increasing size of a cell,less of the cytoplasm has access to the cell surface for exchange of gases,supply of nutrients,and loss of waste products.Put another way,we can say that the smaller the cell is,the more quickly and easily can materials be exchanged between its cytoplasm and environment.One consequence of this is that cells cannot continue growing larger,indefinitely.When a maximum size is reached,cell growth stops.The cell may be divide. the extent of chemical reactions that make up metabolism in a cell is not directly related to the surface area of the cell,but it does relate to the amount of a cytoplasm,expressed as the small mass.In summary we can say that the rate of metabolism of a cell is a function of its mass,whereas the rate of exchange of materials and heat energy that metabolism generates is a function of the cell's surface area
Water makes up approximately 70% of Earth's surface.
Cell makes genus.
The type of tissue that makes up the surface of the skin is called stratified squamous epithelium. This tissue is composed of multiple layers of flat cells that provide protection against external stressors and help to prevent dehydration or infection. It is a key component of the epidermis, the outermost layer of the skin.