nucleus, cytoplasm and cell membrane, and cell wall
Given a good microscope I can identify all parts of an onion cell.
nucleus, cytoplasm and cell membrane, and cell wall
An onion cell has a large vacuole and a cell wall. Next time, ask the guru!
nucleus, cytoplasm and cell membrane, and cell wall
nucleus, cytoplasm and cell membrane, and cell wall
In the middle of the cell
cytoplasm
describe onion cell
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Onion epidermal cells are often used in biology classes for microscopic studies because they are large, transparent, and easy to observe. These cells have a rectangular shape and are part of the plant's outer protective layer. When stained, it becomes easier to identify cellular structures such as the cell wall, nucleus, and vacuoles. This makes them an excellent model for studying basic plant cell anatomy and structure.
It depends on the strength of the lense you are using and how high you set the magnification of the microscope.At 40X magnification, the microscope enlarges a 2 mm part of the onion and at 100X the microscope enlarges 0.8 mm of the cell. At both 40X and 100X you can online see a zoomed out image of the cells.At 400X, the microscope enlarges a 0.2 mm part of the cell. The individual cell is more clearly seen.At 1000X magnification, the microscope enlarges a 0.08 mm part of the onion cell. At this level of magnification the nucleus of the onion cell can be seen.This link shows different magnifications of the onion cells.
It depends on the strength of the lense you are using and how high you set the magnification of the microscope.At 40X magnification, the microscope enlarges a 2 mm part of the onion and at 100X the microscope enlarges 0.8 mm of the cell. At both 40X and 100X you can online see a zoomed out image of the cells.At 400X, the microscope enlarges a 0.2 mm part of the cell. The individual cell is more clearly seen.At 1000X magnification, the microscope enlarges a 0.08 mm part of the onion cell. At this level of magnification the nucleus of the onion cell can be seen.This link shows different magnifications of the onion cells.