A microscrope has numerical aperture 1.2 with transparent liquid between object and objective. Calculate limit of resolution and resolving power of microscope, if wavelength of light is 6000 A. Å.

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Q: Assume that light of wavelength 600 nm is coming from a star. The limit of resolution of telescope…

A: Given that:λ=600 nmd=2 m

Q: What is the path difference between two green (530 nm) rays that cause the darkest spot between 1st…

A: The objective of this question is to find the path difference between two green rays that cause the…

Q: What is the path difference between two green (530 nm) rays that cause the darkest spot between 1st…

A: The objective of the question is to find the path difference between two green rays that cause the…

Q: A microscrope has numerical aperture 1.2 with transparent liquid between object and objective.…

A: Given-Numerical aperture=μ sinα=1.2λ=6000 A0=6×10-7 mTo find-d=?R.P.=?

Q: Assume that light of wavelength 600 nm is coming from a star. The limit of resolution of telescope…

A:

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A: Separation b/w headlights, s= 1.95 m wavelength= 885 nm

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A: Step 1:   Given              t=3.12∗10−4             n=1.60            λ=594nm…

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Q: How resolving power of microscope can be increased?

A: Write the expression for the resolving power.

Q: How can we calculate the resolving power of a microscope?

A: The resolving power of a microscope is calculated by using the following relation. Here, n is the…

Q: What is the path difference between two green (530 nm) rays that cause the darkest spot between 1st…

A: The objective of this question is to find the path difference between two green rays that cause the…

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A: Given data:     Incident angle (θi) = 57.3°     Diffracted angle, θd=27.5°

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Q: 3. Why is wavelength the main limiting factor on limit of resolution in light microscopy?

A: Wavelength is the main limiting factor on the resolution in light microscopy due to a phenomenon…