Though quantum theroy of light can explain a number of phenomena observed with light, it is necessary to retain the wave-nature of light to explain the phenomena of:

Question

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Answer 1

Photoelectric effect, compton effect and blackbody radiation are explained by quantum theory of light, whereas diffraction, interference are explained by wave-nature of light.

Answer 2

Photoelectric effect, compton effect and blackbody radiation are explained by quantum theory of light, whereas diffraction, interference are explained by wave-nature of light.

Though quantum theroy of light can explain a number of phenomena observed with light, it is necessary to retain the wave-nature of light to explain the phenomena of:

Photoelectric effect

Diffraction

Compton effect

Black body radiation

Photoelectric effect, compton effect and blackbody radiation are explained by quantum theory of light, whereas diffraction, interference are explained by wave-nature of light.

The wave nature of matter is not observed in daily life because their wavelength is

Find the value of principal quantum number n corresponding 20 kg satellite.

The wave nature of the electron was verified using

A particle with rest mass $^{'} m_{0}^{'}$ is moving with speed of light 'c'. The de-Broglie wavelength associated with it will be

The velocity of a particle is $60$ % of velocity of light. Then the percentage increase in its mass is

Revise with Concepts

Introduction to Dual Nature of Light

Though quantum theroy of light can explain a number of phenomena observed with light, it is necessary to retain the wave-nature of light to explain the phenomena of:

Photoelectric effect

Diffraction

Compton effect

Black body radiation

Photoelectric effect, compton effect and blackbody radiation are explained by quantum theory of light, whereas diffraction, interference are explained by wave-nature of light.

The wave nature of matter is not observed in daily life because their wavelength is

Find the value of principal quantum number n corresponding 20 kg satellite.

The wave nature of the electron was verified using

A particle with rest mass ′m0​ ′ is moving with speed of light 'c'. The de-Broglie wavelength associated with it will be

The velocity of a particle is 60% of velocity of light. Then the percentage increase in its mass is

Revise with Concepts

Introduction to Dual Nature of Light

A particle with rest mass $^{'} m_{0}^{'}$ is moving with speed of light 'c'. The de-Broglie wavelength associated with it will be

The velocity of a particle is $60$ % of velocity of light. Then the percentage increase in its mass is