A cell will appear larger when magnified 100x compared to 5x. This is because the magnification power determines how much bigger the object will appear compared to its actual size.
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.
At 100x magnification, the cell appears as 10 micrometers. When the magnification increases to 200x, the cell will appear twice as big as before. Therefore, at 200x magnification, the length of the cell will be 20 micrometers.
*With a Microscope 400x Magnified*Nucleus-looks like a small dotCell Membrane-from outer layerCytoplasm-in the cell (filling cell's inside)
If the total magnification is 200x and the objective has a magnification of HPO, then the eyepiece would have a magnification of 200/HPO. So, if the objective has a magnification of 20x (assuming HPO=20), then the eyepiece would have a magnification of 200/20 = 10x.
The size of a cell can vary widely depending on the type of cell. Most animal cells are between 10-30 micrometers in diameter, while plant cells can be larger, ranging from 10-100 micrometers. Bacteria can be as small as 1-5 micrometers in size.
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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.
At 100x magnification, the cell appears as 10 micrometers. When the magnification increases to 200x, the cell will appear twice as big as before. Therefore, at 200x magnification, the length of the cell will be 20 micrometers.
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.
*With a Microscope 400x Magnified*Nucleus-looks like a small dotCell Membrane-from outer layerCytoplasm-in the cell (filling cell's inside)
by looking in the microscope oppa jungkook love you
If the total magnification is 200x and the objective has a magnification of HPO, then the eyepiece would have a magnification of 200/HPO. So, if the objective has a magnification of 20x (assuming HPO=20), then the eyepiece would have a magnification of 200/20 = 10x.
by looking in the microscope oppa jungkook love you
How much onion cells are magnified depends on what magnification setting a microscope is on. It is impossible to say how much they are magnified in a specific situation without more information.
A microscope with a zoom of 100X, but if you want to see it good do 1000X.
Typically, the low power lens magnifies a specimen by 10x. So, if you view a cell through the low power lens, the cell would be magnified 10 times its actual size.
The true diameter of the cell can be calculated by dividing the diameter of the cell in the photo by the magnification. In this case, if the cell in the photo is 2 millimeters in diameter and is magnified 40 times, the true diameter of the cell is 2 mm / 40 = 0.05 mm = 50 micrometers.