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Intensity Amplitude Relationship

In a double s...

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In a double slit experiment, when light of wavelength 400 nm was used, the angular width of the first minima formed on a screen placed im away, was found to be 0.2^°. What will be the angular width of the first minima, if the entire experimental apparatus immered in water

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Q. In a double slit experiment when light of wavelength

400 n m

was used the angular width of the first minima formed on a screen placed

1 m

away was found to be

0.2 °

. What will be the angular width of the first minima, if the entire experimental apparatus is immersed in water? (

μ_{w a t e r}

Q. In a double slit experiment when light of wavelength

400 n m

was used the angular width of the first minima formed on a screen placed

1 m

away was found to be

0.2 °

. What will be the angular width of the first minima, if the entire experimental apparatus is immersed in water? (

μ_{w a t e r}

Q. In a double-slit experiment the angular width of a fringe is found to be 0.2° on a screen placed 1 m away. The wavelength of light used is 600 nm. What will be the angular width of the fringe if the entire experimental apparatus is immersed in water? Take refractive index of water to be 4/3.

Q. In a double slit experiment the angular width of a fringe is found to be 0.2 on a screen placed 1 m away. The wavelength of light used is 600 nm. The angular width of the fringe if entire experimental apparatus is immersed in water is

(T a k e μ_{w a t e r} = \frac{4}{3})

Q. In a double slit experiment the angular width of a fringe is found to be

{0.2}^{\circ}

1 m

away. The wavelength of light used is

6000 Å

. What will be the angular width of a fringe if the entire experimental arrangement is immersed in water? Refractive index of water

= \frac{4}{3}

.

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