# Youngâ€™s Double Slit Experiment

## What role does the wavelength of light play in the experiment?

The wavelength of light determines the spacing of the fringes. Different wavelengths result in different fringe spacings, affecting the overall interference pattern.

What role does the wavelength of light play in the experiment?2024-08-28T16:22:27+05:30

## How does the experiment demonstrate constructive and destructive interference?

The experiment demonstrated the wave nature of light, showing that light can exhibit interference patterns, a characteristic of waves.

How does the experiment demonstrate constructive and destructive interference?2024-08-28T16:22:04+05:30

## What happens to the interference pattern if a transparent plate is introduced in the setup?

The introduction of a transparent plate causes a shift in the fringe pattern towards the side with the plate, altering the path difference.

What happens to the interference pattern if a transparent plate is introduced in the setup?2024-08-28T16:21:48+05:30

## How is the fringe width in Youngâ€™s Double Slit Experiment calculated?

Fringe width is calculated using the formula Î²=(Î»D)/dâ€‹, where Î» is the wavelength, D is the distance to the screen, and d is the separation between the slits.

How is the fringe width in Youngâ€™s Double Slit Experiment calculated?2024-08-28T16:21:29+05:30

## What is the main significance of Youngâ€™s Double Slit Experiment?

The experiment demonstrated the wave nature of light, showing that light can exhibit interference patterns, a characteristic of waves.

What is the main significance of Youngâ€™s Double Slit Experiment?2024-08-28T16:18:56+05:30