Explanation Given info: The diameter of the rhinoviruses is 50 nm . The average wavelength of light used in optical microscope is 560 nm . The wavelength of light used in the expensive microscope is 280 nm . Write the formula for the angular resolution. θ m = 1.22 λ D m Here, θ m is the minimum angle that can be resolved D m is the minimum diameter λ is the wavelength Write the formula for the minimum size of the objects that can be resolved by a microscope. Δ x = L θ m Here, Δ x is the size of the object L is the distance between sample and the lens Substitute the expression of θ m in the above expression. Δ x = 1.22 λ L D m From the above equation the size of object that can be resolved by the microscope is directly proportional to the wavelength. If the wavelength is halved, the size that can be resolved by the microscope will also be half. Write the formula relating the size that is resolvable and the wavelength

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ISBN: 9780134988566

Author: Wolfson, Richard

Publisher: Pearson Education,

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Chapter 32, Problem 65P

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Whether the rep who claims the expensive microscope to resolve half size of the one resolvable by the optical microscope is correct. Whether the expensive uv microscope can resolve rhinoviruse.

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Chapter 32, Problem 64P

Chapter 32, Problem 66P

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Chapter 32 Solutions

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Whether the rep who claims the expensive microscope to resolve half size of the one resolvable by the optical microscope is correct. Whether the expensive uv microscope can resolve rhinoviruse.

Solution Summary: The author explains that the rep who claims the expensive microscope to resolve half size of the one resolvable by the optical microscope is correct. The uv microscope cannot resolve the rhinovirus.

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Whether the rep who claims the expensive microscope to resolve half size of the one resolvable by the optical microscope is correct. Whether the expensive uv microscope can resolve rhinoviruse.

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Chapter 32 Solutions