In the above problem , the wavelength of electromagnetic wave is

Give the range of the wavelength of those electromagnetic waves which are visible to us.

In the problem No. 133, the wavelength of the wave is

Give the range of wavelength of the electromagnetic waves visible to us.

Statement I : The electromagnetic waves of all wavelengths can be polarised. Statement II: Polarisation is independent of the wavelength of electromagnetic waves.

Assertion: The electromagnetic waves of all wavelengths can be polarised. Reaseon : Polarisationo is independent of the wavelegths of electromagnetic waves.

Assertion: The electromagnetic waves of all wavelengths can be polarised. Reaseon : Polarisationo is independent of the wavelegths of electromagnetic waves.

A : All electromagnetic waves travel through vacuum with same speed by they have different wavelength or frequency. R : The wavelength of the electromagnetic waves is often correlated with and characteristic size of the system that produces and radiates them.

A : All electromagnetic waves travel through vacuum with same speed but they have different wavelength or frequency. R : The wavelength of the electromagnetic waves is often correlated with and characteristic size of the system that produces and radiates them.