The wave nature of light is demonstrated by Diffraction.

Here's why:

1. The Photoelectric Effect: This actually demonstrates the particle nature of light (photons), not its wave nature.

2. Diffraction: This is the bending of light waves around obstacles or the spreading of light waves after they pass through a narrow opening. This phenomenon can only be explained if light is considered as a wave.

3. Colour: While colour is a property of light, it doesn't specifically demonstrate the wave nature of light. It's more related to the frequency of the light wave.

4. The Speed of Light: This is a constant (in a vacuum) and while it's an important property of light, it doesn't specifically demonstrate the wave nature of light.

So, the correct answer is Diffraction.

Question

The wave nature of light is demonstrated by Diffraction.

Here's why:

1. The Photoelectric Effect: This actually demonstrates the particle nature of light (photons), not its wave nature.

2. Diffraction: This is the bending of light waves around obstacles or the spreading of light waves after they pass through a narrow opening. This phenomenon can only be explained if light is considered as a wave.

3. Colour: While colour is a property of light, it doesn't specifically demonstrate the wave nature of light. It's more related to the frequency of the light wave.

4. The Speed of Light: This is a constant (in a vacuum) and while it's an important property of light, it doesn't specifically demonstrate the wave nature of light.

So, the correct answer is Diffraction.

Knowee AI · Accepted Answer

The wave nature of light is demonstrated by Diffraction.

Here's why:

1. The Photoelectric Effect: This actually demonstrates the particle nature of light (photons), not its wave nature.

2. Diffraction: This is the bending of light waves around obstacles or the spreading of light waves after they pass through a narrow opening. This phenomenon can only be explained if light is considered as a wave.

3. Colour: While colour is a property of light, it doesn't specifically demonstrate the wave nature of light. It's more related to the frequency of the light wave.

4. The Speed of Light: This is a constant (in a vacuum) and while it's an important property of light, it doesn't specifically demonstrate the wave nature of light.

So, the correct answer is Diffraction.

The wave nature of light is demonstrated by which of the following ?*1 pointThe photoelectric effectDiffractionColourThe speed of light

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