When a light ray reflects from the boundary surface the following will change

f r e q u e n c y

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v e l o c i t y

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i n t e n s i t y

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Solution

The correct option is A $f r e q u e n c y$
C. intensity
when a light ray reflects, there will be change in wave's energy, in turn the intensity diminishes.

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Similar questions

Q. When a ray of light is refracted, the wavelength of the refracted light changes. Identify which of the following explain this phenomenon?
I. Some of the energy of the incident ray is carried away by the reflected ray
II. The boundary surface absorbs some of the energy of the incident ray
III. The incident and refracted rays do not travel with the same velocity

A ray of light passes from medium 1 to medium 2. Which of the following quantities of the refracted ray will differ from that of the incident ray: speed, intensity, frequency, and wavelength?

Q. When a ray of light is refracted, the refracted ray does not have the same wavelength as the incident ray. Which of the following explain this phenomenon?
I. Some of the energy of the incident ray is carried away by the reflected ray
II. The boundary surface absorbs some of the energy of the incident ray
III. The incident and refracted rays do not travel with the same velocity

Q. Reflected ray is the ray of light reflected from a surface.

Q. In case of travelling wave, the reflection at a rigid boundary will take place with phase change of

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When a light ray reflects from the boundary surface the following will change

The correct option is A frequencyC. intensitywhen a light ray reflects, there will be change in wave's energy, in turn the intensity diminishes.

The correct option is A $f r e q u e n c y$
C. intensity
when a light ray reflects, there will be change in wave's energy, in turn the intensity diminishes.