There are over 200 different cells in the body. Some of the most common cell shapes include; squamous, cuboidal, columnar, polygonal, spheroid, discoid, fusiform and fibrous.
1. squamous:thin and flat like a floor tile
2. cuboidal:like a cube of sugar
3. polygonal:many sides
4. discoid:flat, disc shape
5. fusiform:shaped like a spindle, larger in the middle and tapered at each end
6. columnar:tall like a column or like a domino on end
7. spheroid:sphere shaped or like globe
8. fibrous:thin like a thread
Answer the quesstion i need it for hw
Plant cells usually have a fixed shape while animal cells usually have an irregular shape. Plants do not have bones unlike animals and thus have a cellulose cell wall to cause the cell to have a fixed shape. Thus, cell shapes are different for each cell.
It gives the cell shape. It's a very gel-like material.
cylindrical shape doesn't describe for the bacterial cell shapes
A cell shape is how it look, what shape it's in. While as a cells function is what it does for the plant or animal. For example a cells function could be to make proteins necessary for the body.
Answer the quesstion i need it for hw
It's kind of hard to describe, but it is more of a rectangular shape.
Each cell is hexagonal.
Plant cells usually have a fixed shape while animal cells usually have an irregular shape. Plants do not have bones unlike animals and thus have a cellulose cell wall to cause the cell to have a fixed shape. Thus, cell shapes are different for each cell.
It gives the cell shape. It's a very gel-like material.
cylindrical shape doesn't describe for the bacterial cell shapes
the cell's shape helps it do its job because all of the organelles in the cell need all of the space they can get to have room to do jobs and such
The cell wall
how does the shape of a root hair cell help take in water so quickly
A Haploid cell.
A Gamete.
You describe the shape, not of the data set, but of its density function.You describe the shape, not of the data set, but of its density function.You describe the shape, not of the data set, but of its density function.You describe the shape, not of the data set, but of its density function.