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Angular Position of Fringes in Diffraction

30. Two slits...

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30. Two slits are separated by 0.32 mm. A beam of 500 nm light strikes the slits producing an interference pattern. Determine the number of maxima observed in the angular range of -30^°

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Q. Two slits are separated by

0.32 m m

500 n m

lights strikes the slits producing an interference pattern. The number of maxima observed in the angular range

- 30^{o} < θ < 30^{o}

.

Q. Two slits are separated by

0.3 mm

500 nm

light strikes the slits, producing an interference pattern. The number of maxima observed in the angular range

- 30^{\circ} < θ < 30^{\circ}

Q. Two slits are seperated by 0.320 mm. A beam of 500 nm light strikes the slits, producing an interference pattern. Determine the number of maxima observed in the angular range

- 30^{0} < θ < {30.0}^{0}

Q. Laser light of wavelength

630 n m

incident on a pair of slits produces an interference pattern in which the bright fringes are separated by

8.1 m m

. A second light produces an interference pattern in which the fringes are separated by

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Q. In a Young's double slit experiment, the slits are placed

0.320 mm

apart. Light of wavelength

λ = 500 nm

is incident on the slits. The total number of bright fringes that are observed in the angular range

- 30^{\circ} \leq θ \leq 30^{\circ}

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