It depends on what cell you are looking at.
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The easiest microscope to use for observing cell membranes is a fluorescence microscope. This type of microscope allows for the visualization of specific proteins or lipids in the cell membrane by using fluorescent dyes or tags, which can highlight structures that may be difficult to see with traditional light microscopes. Fluorescence microscopy also provides better contrast and resolution for cellular components, making it ideal for studying dynamic processes in living cells.
If you move a specimen under a microscope to the left, it appears to move to the right when looking through the lens because the view is inverted and reversed on the microscope slide.
The Rock cycle is a process whereby all types of rock are formed then eroded and "recycled" through different depositional processes. Sedimentary rocks can provide evidence that the rock cycle exists by looking at it under a microscope. Sedimentary rocks are formed by the lithification of grains of different sizes shapes and compositions. By detemining the compositions of the grains within a sedimentary rock through a petrographic microscope or through a scanning electron microscope (SEM) then it can be seen that some grains are composed of minerals that are solely igneous in origin. Likewise, sedimentary rocks can be metamorphosed to form meta-sediments.
People are looking for things that they can not see without the microscope. The microscope is similar to a magnifying glass. Pollen, bacteria, amoebas are a few things a person can see with the microscope.
Robert Brown (1773-1858) was a scottish botanist who is largely remembered for the contributions to botany that he made by using the microscope. In 1827 while looking under a microscope while looking at grains of pollen from Clarkia Puchella he noticed that minute particles ejected from the pollen was executing jittery motions. He observed the same phenomenon in an inorganic sample so he was able to conclude that this motion was not related to life. This motion was named Brownian Motion after Mr. Brown.
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.
because it would not fit under the microscope
I think it's the microscope lens or the objective lens. Hope this helps!
by looking at the microscope:)
Yes!
It is the area that you see when looking through the microscope. The field of view depends on the strength of magnification. The lower the power the larger the field of view.
A slide. Or a micro-organism.
It depends on what cell you are looking at.
To illuminate what you are looking at or to give enough light to see through something you are looking at.
No. Unless you are looking under a microscope.