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Physics: Light Ray in a Transparent Plate

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Physics: Light Ray in a Transparent Plate

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Questions and Answers

What is the wavelength of the light ray in vacuum?

650 nm

What is the thickness of the plate?

1 cm

What is the refractive index of the plate?

1.5

What color is the light ray?

Orange Signup and view all the answers

Calculate the frequency of the light ray.

4.62 x 10^14 Hz Signup and view all the answers

Calculate the speed of the light ray in the plate.

2 x 10^8 m/s Signup and view all the answers

Calculate the wavelength of the light ray in the plate.

433.33 nm Signup and view all the answers

Calculate the frequency of the light ray in the plate.

4.62 x 10^14 Hz Signup and view all the answers

What is the relationship between the speed of light in a medium and the refractive index of that medium?

The speed of light in a medium is inversely proportional to the refractive index of that medium. Signup and view all the answers

Quelle est la couleur de cette radiation?

Orange Signup and view all the answers

Calculer la fréquence de cette radiation.

$3\times10^{14}$ Hz Signup and view all the answers

Calculer la vitesse de cette radiation dans la lame.

$2\times10^8$ m/s Signup and view all the answers

Calculer la longueur d'onde de cette radiation dans la lame.

325 nm Signup and view all the answers

Calculer la fréquence de cette radiation dans la lame.

$3\times10^{14}$ Hz Signup and view all the answers

Construire les rayons réfléchis et les rayons réfractés de cette radiation à travers la lame.

Les rayons réfléchis et les rayons réfractés de la lumière peuvent être construits à l'aide des lois de la réflexion et de la réfraction. Signup and view all the answers

Study Notes

Exercise: Light Ray in a Transparent Plate

A light ray with a wavelength of 650 nm enters a transparent plate with a thickness (e) of 1 cm and refractive index (n) of 1.5.

Questions:

Identify the color of the radiation.
Calculate the frequency of the radiation.
Determine the speed of the radiation within the plate.
Calculate the wavelength of the radiation within the plate.
Calculate the frequency of the radiation within the plate.
Draw the reflected and refracted rays of the radiation passing through the plate.

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Description

Test your knowledge on light rays and their interaction with transparent materials. This quiz covers wavelength, frequency, speed, and graphical representation of light as it passes through a plate. Challenge yourself with calculations and visual understanding of refraction and reflection.