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If it were two-dimensional you would not need to change focus on your microscope to see its structures.

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13y ago
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14y ago

You can tell if when you look at it under a microscope, only part of it is clear.

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Q: How can you tell than an onion cell has depth?
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What cell parts did you find in the onion cell but not in the cheek cells?

The onion cells are much more rectangle shaped, than the cheek cells and the nucleus in the onion cell is much more bigger and better seen in the microscope.


Why onion cells 5 percent salt solution hypertonic?

A cell is hypertonic when it has a greater concentration than its environment, but, when a solution is hypertonic, it has a greater concentration than the cell it is being compared to. For example, a 5% salt solution is hypertonic to an onion cell while the onion cell is hypotonic to the solution.The salt concentration of an onion cell must be less than 5% - actually its somewhere between 1.6 and 1.3 percent.This question should not be in genetics, but I don't feel like switching it.


Does an onion cell have more than one nucleus?

more than one cell cause of the many layers.


What cell structure gave the onion skin cells a more rigid shape than your cheek cells?

Plant cells (the onion skin cells) have a cell wall, while animal cells (cheek cells) only have the cell membrane.


Is there more than one nucleus in an onion cell?

The onion cell is the same as any other cell in regard to nuclei. There is but one nucleus in an onion cell.


What would most likely happen to a onion cell of it were placed in a liquid with a concentration of solutes?

In a hypotonic environment, an onion cell will fill up with water. Hypotonic refers to a solution that has lower osmotic pressure than the solution you're comparing it to.


Why do onion cells look so different than human cheek cells?

Onion cells are plant cells, so they have a cell wall and more angular shape (but no chloroplasts, like some plant cells, since they are not part of the photosynthesizing part of the onion plant) Human cheek cells are animal cells, so the biggest difference is that they have no cell wall and thus a rounder shape.


What does an onion cell look like after adding a salt solution NaCl?

This depends on the nature of the NaCl solution...If it is a Hyper-tonic solution (More concentrated solution than onion cells), water will move by osmosis down it's concentration gradient, from a region of less negative water potential (high Ψ) in the onion cell, to a region of more negative water potential (low Ψ) in the solution through a selectively/partially permeable membrane;so the onion cell will be plasmolysed and will look "flaccid" (vacuole gets smaller and shrinks).The vice versa happens with a Hypo-tonic (less concentrated solution than onion cell) NaCl solution;The onion cell will then look "turgid" (has a large vacuole exerting a pressure on the cytoplasm and pushing it towards the cell's cellwall to make it "tensed".


Why do onion and elodea cells have a more definite shape than the human cheek cells?

Elodea and onion cells have more consistent shapes than human epithelial cells because they have cell walls. The human epithelial cells do not have defined cell walls.


What would most likely happen to an onion cell if it were placed in a liquid with a high concentration of solutes?

As the "salt solution" is a hypertonic solution which has the concentration of the solute outside of the cell is higher than the inside's. That also means the concentration of the water is now smaller in the outside of the cell than the inside's, which make the water molecules diffuse from the inside of the cell to the outside, resulted in making the cell (onion cell in this case) shrunken, or smaller.


Is the chloroplast in onion cells larger than the nuclei?

Chloroplasts are larger than nuclei. A typical Chloroplast measure 4 to 6 um, and a typical nucleus measure about 3 um.


What is differences do you see in the stained and unstained onion cells?

Stains were developed for different applications precisely because they make objects or features of objects easier to see and differentiate. The stains make things easier to see because they were made for that purpose.