cheek cells are very thin and u can tell because in the lab u have to stain the cheek cell to get a gud look at it and also because its like an animal cell and those are very thin too
hope tat helps :)
They are thin, flexible, strong, and smooth. This is were i got my answer: http://www.answerbag.com/q_view/422638 but the cubidal answer is wrong. They are irregular round shapes.
The cheek epithelial cells are flat and irregularly shaped. They are polygonal squamous cells that have a very thin membrane.
The human epithelial cells are thick and boxlike whereas elodea cells are thin and platelike. The cells of elodea are rigid and rectangular in shape.
Epithelial cells rely on total surface area to maximize absorption or nutrient transfer. By being folded and wrinkled, they are able to increase the total surface area available for transfer in a small amount of space.
They look like animal cells which kind of look like small tiny blobs if you see them under a microscope with a very low objective. And of course if you see the cheek cells under a high objective, you will see the blobs but it will be in a close up. But it also depends on the cheek cells....
They are thin, flexible, strong, and smooth. This is were i got my answer: http://www.answerbag.com/q_view/422638 but the cubidal answer is wrong. They are irregular round shapes.
The cheek epithelial cells are flat and irregularly shaped. They are polygonal squamous cells that have a very thin membrane.
Cheek cells
The human epithelial cells are thick and boxlike whereas elodea cells are thin and platelike. The cells of elodea are rigid and rectangular in shape.
Skeletal muscle cells are very thin, and lean. They are designed for contraction and expansion.
Epithelial cells rely on total surface area to maximize absorption or nutrient transfer. By being folded and wrinkled, they are able to increase the total surface area available for transfer in a small amount of space.
uadsa
It is its gas content because it's gas doesn't contain anything to tell you anything, especially how thick or thin it is.
A thin atmosphere is thin and a thick atmosphere is thick
They look like animal cells which kind of look like small tiny blobs if you see them under a microscope with a very low objective. And of course if you see the cheek cells under a high objective, you will see the blobs but it will be in a close up. But it also depends on the cheek cells....
Because the cells on the outer layer are dead, so they come off easily.
Well, well, well, cheek cells are adapted to perform their function through their flat and thin shape, which allows for easy absorption of nutrients and oxygen. Their location in the inner lining of the cheek also provides protection and support for the cells. So, in a nutshell, these cheeky cells are perfectly designed for their job of keeping your mouth in tip-top shape.