wavelength is inversely proportional to the magnification therefore for better vision wavelength must be least
as wavelength is inversely proportional to magnification therefore if it increases magnification will decrease
Below is the answer.
Microscope is an instrument used to to see things that are invincible to naked eye. There are different types of microscopes:Simple Microscope. Compound Microscope. Stereo Microscope.Confocal Microscope. Scanning Electron Microscope.Transmission Electron Microscope.
The main parts of microscope are lens, tube, base, arm and illuminator. Wavelength of light effects the magnification of microscope the shorter the wavelength the clearer the image, longer wavelength light gives blurred magnification/resolution.
The magnification of the microscope is inversely proportional to the wavelength of the light. The wavelength can be affected when the change the objective lens and the specimen. The visible light range in nanometers should be from 380nm to 750nm.
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when the light slows down, the wavelength gets shorter and as a result it yields better resolution in the microscope.
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it is a glass ,so it allows the light to pass from it
Magnification alone will not achieve this. ... With a shorter wavelength, you have increased resolution.
Magnification alone will not achieve this. With a shorter wavelength, you have increased resolution.
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