The resolving power of unaided human eye is
a. 1 cm
b. 100 μm
c. 200 μm
d. 400 μm
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Answered by
4
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The answer is c. 200 μm
The resolving power of unaided human eye describes the degree of detail that is visible to a normal unaided human eye.
Resolution is the minimum distance that can be resolved under normal visible conditions. It is approximately 200 micrometers.
Microscope resolution is generally calculated using the following Abbe's equation.
**************************************************
Hope it helps and solves your query!!
It is definitely a very interesting question to solve and do some brainstorming.
**************************************************
The answer is c. 200 μm
The resolving power of unaided human eye describes the degree of detail that is visible to a normal unaided human eye.
Resolution is the minimum distance that can be resolved under normal visible conditions. It is approximately 200 micrometers.
Microscope resolution is generally calculated using the following Abbe's equation.
d = lambda / N.A.objective + N.A.condenser
where d is the minmum resolution distance (MRD), lambda is the wavelength of illuminating light in use, N.A. is the numerical aperture of the objective and condenser lenses in use**************************************************
Hope it helps and solves your query!!
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0
Answer:
Explanation:
https://brainly.in/question/4109113
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