Calculate resolution and depth of field for the following. (a) A light microscope with a wavelength around 560 nm, and a = 45°. An electron microscope with a wavelength of .0037 nm and a (b) = .1 rad %3D (c) How does the depth of field and resolution of the electron microscope compare with that of the light microscope?
Calculate resolution and depth of field for the following. (a) A light microscope with a wavelength around 560 nm, and a = 45°. An electron microscope with a wavelength of .0037 nm and a (b) = .1 rad %3D (c) How does the depth of field and resolution of the electron microscope compare with that of the light microscope?
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![Calculate resolution and depth of field for the following.
(a) A light microscope with a wavelength around 560 nm, and a
= 45°.
%3D
(b)
An electron microscope with a wavelength of .0037 nm and a
= .1 rad
%3D
(c)
(c) How does the depth of field and resolution of the electron
microscope compare with that of the light microscope?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0817c8f1-489e-4bc5-aff0-31b4ad0a7355%2F4a9d89d6-069a-429b-8228-d795d9e41c94%2Fh75ak5c_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate resolution and depth of field for the following.
(a) A light microscope with a wavelength around 560 nm, and a
= 45°.
%3D
(b)
An electron microscope with a wavelength of .0037 nm and a
= .1 rad
%3D
(c)
(c) How does the depth of field and resolution of the electron
microscope compare with that of the light microscope?
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