When sunlight is scattered by minute particles of atmosphere, the intensity of light scattered away is proportional to

Question

When sunlight is scattered by minute particles of atmosphere, the intensity of light scattered away is proportional to (A) (wavelength of light)4 (B) (frequency of light)4 (C) (wavelength of light)2 (D) (frequency of light)2

Tardigrade Admin · Accepted Answer

According to Rayleigh scattering, the intensity of scattered light varies with fourth power of (1/λ) i.e., it is proportional to fourth power of frequency of light.

Q. When sunlight is scattered by minute particles of atmosphere, the intensity of light scattered away is proportional to

(wavelength of light)⁴

(frequency of light)⁴

(wavelength of light)²

(frequency of light)²

According to Rayleigh scattering, the intensity of scattered light varies with fourth power of $\frac{1}{λ} i . e .,$ it is proportional to fourth power of frequency of light.

Q. When sunlight is scattered by minute particles of atmosphere, the intensity of light scattered away is proportional to

(wavelength of light)4

(frequency of light)4

(wavelength of light)2

(frequency of light)2

According to Rayleigh scattering, the intensity of scattered light varies with fourth power of λ1​i.e., it is proportional to fourth power of frequency of light.

(wavelength of light)⁴

(frequency of light)⁴

(wavelength of light)²

(frequency of light)²

According to Rayleigh scattering, the intensity of scattered light varies with fourth power of $\frac{1}{λ} i . e .,$ it is proportional to fourth power of frequency of light.