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YDSE Problems I

In YDSE d=2mm...

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In YDSE d=2mm D=2m wavelength=500nm.Intensity of 2 slits are I and 9I then find intensity at y=1/6mm.

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Y D S E, d = 2 m m, D = 2 m

λ = 500 n m

. If intensity of two slits are

l_{0}

9 l_{0}

, then find the intensity at

y = \frac{1}{6} m m

.

d = 2 m m, D = 2 m

λ = 500 n m

. If intensities of two slits are

I_{0}

9 I_{0}

, then find intensity at

y = \frac{1}{6} m m

.

Q. In YDSE, d = 2 mm, D = 2 m and

λ

= 500 nm. If intensity of two slits are

l_{0}

9 l_{0}

then find intensity at

y = \frac{1}{6}

Q. Electromagnetic waves of wavelength

500 n m

are incident on a YDSE apparatus. Both slits of the apparatus are of the same width. Given

d = 3 m m

D = 2 m

. Intensity at the central maxima is

1 W / m^{2}

. The intensity in

(W / m^{2})

1 m m

above maxima of 1st order is

Q. In YDSE setup, light of wavelength 640 nm is used with d = 0.8 mm and D = 1 m. If intensity at central maxima is

I_{0}

and it's position is y = 0. Intensity at y = n mm is zero. Then find the minimum value of n (Answer upto 2 decimal places)

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YDSE Problems I

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