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1900's Physics and Wave

3. In an inte...

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3. In an interference experiment monochromatic light is replaced by white light, we will see 1) Uniform illumination on the screen 2) Uniform darkness on the screen 3) Equally spaced white and dark bands 4) A few coloured bands and then uniform illumination

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Q. In an interference experiment, monochromatic light is replaced by white light we will see:

Q. A single slit of width

0.14 mm

is illuminated normally by monochromatic light and diffraction bands are observed on a screen

2 m

away. If the centre of the second dark band is

1.6 cm

from the middle of the central bright band, the wavelength of light used.

Q. In Young's double slit interference experiment the wavelength of light used is 6000A. If the path difference between waves reaching a ponit P on the screen is 1.5 microns, then at that point P:

Q. A single slit of width

0.1 m m

is illuminated by a parallel beam of light of wavelength

6000 ˚ A

and diffraction bands are observed on a screen

0.5 m

from the slit. The distance of the third dark band from the central bright band is :

Q. A: In Young's double slit experiment white light is used and slits are covered with red and blue filters respectively. The phase difference at any point on the screen will continuously change and uniform illumination is produced on the screen.

R: Two independent sources of light would no longer act as coherent sources.

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