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On the path of a monochromatic wave with λ = 600 nm, emitted by a point source, an obstacle in the form of an opaque thin disk 1 mm in diameter was placed. The distance from the source to the screen for observing the diffraction pattern is x, the distance from the source to the obstacle is 0.3x. Determine the distance x if the disk covers only one central Fresnel zone at the wave front.

On the path of a monochromatic wave with λ = 600 nm, emitted by a point source, an obstacle in the form of an opaque thin disk 1 mm in diameter was placed. The distance from the source to the screen for observing the diffraction pattern is x, the distance from the source to the obstacle is 0.3x. Determine the distance x if the disk covers only one central Fresnel zone at the wave front.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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6. On the path of a monochromatic wave with λ = 600 nm, emitted by a point source, an obstacle in the form of an opaque thin disk 1 mm in diameter was placed. The distance from the source to the screen for observing the diffraction pattern is x, the distance from the source to the obstacle is 0.3x. Determine the distance x if the disk covers only one central Fresnel zone at the wave front.

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