Monochromatic light passes through a prism. Compares to that in air, inside the prism the light's.

Speed and wavelength are different but frequency remains same

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Speed and frequency are different but wavelength remains same

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Frequency and wavelength are different but speed remains same

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Speed, wavelength and frequency are all different

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Solution

The correct option is A Speed and wavelength are different but frequency remains same
Considering it is monochromatic light, the frequency(color of light) remains the same but the wavelength and speed change. The new speed will be wavelength times frequency.

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Similar questions

Statement 1: When a white light ray passes through a prism it disperses into seven different colours, and this phenomenon is called dispersion.

Statement 2: Refraction depends upon the wavelength of light and since different colours have different wavelengths, they are refracted at a different angle.

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Monochromatic light passes through a prism. Compares to that in air, inside the prism the light's.

The correct option is A Speed and wavelength are different but frequency remains sameConsidering it is monochromatic light, the frequency(color of light) remains the same but the wavelength and speed change. The new speed will be wavelength times frequency.

The correct option is A Speed and wavelength are different but frequency remains same
Considering it is monochromatic light, the frequency(color of light) remains the same but the wavelength and speed change. The new speed will be wavelength times frequency.