Young's double slit experiment is carried out using microwave of wavelength 3 cm . Distance between slits is d 5 cm and the distance between plane of slits and the screen is D 100 cm I. Find the number of maxima and II. their positions?

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Young's double slit experiment is carried out using microwave of wavelength 3 cm . Distance between slits is d 5 cm and the distance between plane of slits and the screen is D 100 cm I. Find the number of maxima and II. their positions?

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Young's double slit experiment is carried out using microwave of wavel...

(a) The maximum path difference that can be produced = distance between the sources or 5 cm. Thus, in this case we can have only three maximas, one central maxima and two on its either side for a path difference of λ or 3 cm.

Thus, in this case we can have only three maximas, one central maxima and two on its either side for a path difference of λ or 3 cm.

(b) For maximum intensity at P,

Substituting d = cm, D = 100 cm and = 3 cm and solving the above equation,

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Young's double slit experiment is carried out using microwave of wavelength 3 cm . Distance between slits is d 5 cm and the distance between plane of slits and the screen is D 100 cm I. Find the number of maxima and II. their positions? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about Young's double slit experiment is carried out using microwave of wavelength 3 cm . Distance between slits is d 5 cm and the distance between plane of slits and the screen is D 100 cm I. Find the number of maxima and II. their positions? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Young's double slit experiment is carried out using microwave of wavelength 3 cm . Distance between slits is d 5 cm and the distance between plane of slits and the screen is D 100 cm I. Find the number of maxima and II. their positions?.

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