Magnification is a term that is often used in the world of optics, and it refers to the degree to which an object appears larger than its actual size.
There are many different levels of magnification, and one of the most common is 80×100 magnification.
What does 80×100 Magnification Mean?
We will discuss below about specialized equipment and techniques that are necessary for Utilizing 80×100 Magnification:
1. What Does 80×100 Magnification Mean?
When someone talks about 80×100 magnification, they are referring to the degree to which an object appears larger when viewed through a particular optical instrument, such as a microscope or a telescope.
In this case, the magnification is 80 times, and the objective lens or mirror diameter is 100 mm. This means that if you were looking at an object through an instrument with 80×100 magnification, the object would appear 80 times larger than its actual size.
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2. How Is 80×100 Magnification Achieved?
80×100 magnification is typically achieved through the use of an optical instrument that includes an objective lens or mirror with a diameter of 100mm.
The objective lens or mirror gathers light from the object being viewed and focuses it onto the eyepiece lens, which magnifies the image.
The magnification is determined by dividing the focal length of the objective lens or mirror by the focal length of the eyepiece.
For Example:
If the focal length of the objective lens is 1000 mm and the focal length of the eyepiece is 12.5 mm, the magnification would be 80x (1000 mm / 12.5 mm = 80x).
3. What Can You See with 80×100 Magnification?
With 80×100 magnification, you can see objects in incredible detail. For example, if you were using a microscope with this magnification, you would be able to see individual cells in a tissue sample, as well as the fine details of cellular structures such as organelles.
If you were using a telescope with 80×100 magnification, you would be able to see celestial objects such as planets, stars, and galaxies in great detail.
For example, with this level of magnification, you would be able to see the rings of Saturn and the moons of Jupiter.
Frequently Asked Questions
What is the highest magnification possible?
The highest magnification possible depends on the quality of the optics being used. In general, the maximum magnification that can be achieved without sacrificing image quality is around 50-60 times the diameter of the objective lens or mirror.
For example, if the objective lens or mirror diameter is 100mm, the maximum magnification would be around 5000-6000 times.
How does magnification affect image quality?
The higher the magnification, the more the image quality will be affected by factors such as atmospheric turbulence, optical aberrations, and the quality of the optics being used. In general, the higher the magnification, the more difficult it is to achieve a sharp, clear image.
Can you use 80×100 magnification for photography?
It is possible to use 80×100 magnification for photography, but it would require specialized equipment and techniques. In general, photography at high magnifications requires a stable platform, such as a tripod, and specialized optics that are designed for high-magnification imaging.
Is 80×100 magnification practical for everyday use?
the titled magnification is not practical for everyday use for most people, as it requires specialized equipment and is typically used for scientific or astronomical purposes. However, for those who are interested in scientific or astronomical observations.
Conclusion
the tittled magnification refers to the degree to which an object appears larger when viewed through an optical instrument with an objective lens or mirror diameter of 100mm.
With 80×100 magnification, you can see objects in incredible detail, such as individual cells in a tissue sample or celestial objects like planets and galaxies.
While the highest magnification possible depends on the quality of the optics being used, the maximum magnification that can be achieved without sacrificing image quality is around 50-60 times the diameter of the objective lens or mirror.
The higher the magnification, the more the image quality will be affected by various factors.
Although top mentioned magnification is not practical for everyday use for most people, it is useful for scientific or astronomical purposes. With specialized equipment and techniques, it is possible to use subjected magnification for photography.

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