What are the differences between the compound and the autopsy with a microscope?

There are several differences between a compound and a dissection microscope. Although each of these tools is used to enlarge the subject that is placed on the microscope phase, the amount of magnification that can be achieved differs significantly between these two devices. They are also designed in different ways, especially with regard to lens and eye lenses. Merged microscopes are usually able to enlarge the object 400 times, although it is not unusual to find a composite microscope that can increase the object 1,000 times. On the other hand, microscope autopsy usually increases only the object 40 times or less.

The reasons for these differences in the enlargement strength also distinguish the compound and autopsy of the microscope apart. Compound microscopes are generally used to view very small, relatively tinned things such as cells. Disc microscopes are used to look at larger objects that have a greater degree of depth, such as pollen grains. As their name suggests, autopsy microscopes are also commonly used to autopsy small life forms likeis insects.

merged and autopsy microscopes also use different lenses. The dissection microscopes often have only one lens that can allow the object to be enlarged in the set magnification range, such as 10 to 30 to 20 times. There are three lenses on the compound microscope: one that allows the object to be seen at approximately the same magnification as a disappearing microscope that increases maximum power, often 400 times and one between them. The objectives of the composite microscope are also much closer to the stage than on the dissection microscope. Another space between the stage on the drinks of microscopes gives the viewer a room for handling the subject during his research.

Another difference between the compound and the dissection microscope is that the dissection microscope is always made of two eyes, so the viewer can look at the subject with both eyes. This allows the object to look in three dimensions. Folded micrCunks are often produced with only one eyepiece. Although there are folded microscopes with two eye pieces, they only allow the viewer to see a thin slice of the subject, although it is three -dimensional, so that a single eye is usually sufficient.