Photomicrograph
That is certainly not true. A "compound" microscope is one that has an objective AND an ocular. Typically the front focal distance is so short that illumination through the specimen is most common. A "simple" microscope has only one magnifying lens group, not two or more. Short front focus makes lighting from the side more difficult but not impossible or even rare.
As the cells are transparent, the components cannot be seen clearly through a microscope. We stain the cell so that we can see the components of the cell clearly through a microscope.
Scan the negatives or prints. Adequate scanners are available for less than $100 if your media are 11 X 14' or smaller.
Light waves are bent as they travel through glass increasing the ability to see items at a much more magnified level. First, we have to light up the specimen. A mirror mounted under the microscope stand does the job. Light bounces off the mirror, passes through and around our specimen (mounted firmly to a microscope slide), and into the objective lenses. These lenses bend some of the spread out light beams from the specimen into straight line paths that travel through the microscope tube. Next, the light beams reach the eyepiece lenses. These lenses bend the light back into your eye, so you can see the specimen up close.
emotional attitude and act..
They are called photomicrographs
Specimen
specimen
a compound light microscope
compound light microscope (light passes through the specimen and produces a flat image)
The answer you are looking for is called a dissecting or stereo microscope. These provide a lower magnification range in comparison to compound microscopes and they use two sets of lenses, the eyepiece and the objective lenses. these then provide a 3D image.
the diaphragm
micrograph
microscope
It is called a micrograph.
A transmission electron microscope (TEM) is a microscope in which a beam of electrons is transmitted through an ultra-thin specimen, interacting with the specimen as it passes through it.
Light microscope works because light goes *through* your specimen. So if the specimen is too thick, then light won't shine through, and you won't see anything.