The fundamental resolution of an optical instrument is set by __________.
a. the fact that all types of glass have nearly the same index of refraction
b. the fact that white light is composed of all visible colors
c. the wave nature of light
d. the accuracy to which lenses can be polished

Wave nature of light has been described through this equation C= velocity( measured in meters per second square), Wavelength (lambda) which is the distance between successive antinodes or nodes,it is measured in meters. and Frequency is the number of times light waves pass through a point in one second, usually measured in Hertz(Hz)

Below is a

Thin-lens equation (also works for mirrors)

1/f=1/u+1/v

Where f is the focal length, u is distance of object,v is the distance between the optical centre and the image of the object.

The fundamental resolution of an optical instrument is set by __________. a. the fact that all types of glass have nearly the same index of refraction b. the fact that white light is composed of all visible colors c. the wave nature of light d. the accuracy to which lenses can be polished

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The fundamental resolution of an optical instrument is set by __________.
a. the fact that all types of glass have nearly the same index of refraction
b. the fact that white light is composed of all visible colors
c. the wave nature of light
d. the accuracy to which lenses can be polished