The maximum energy is the thermal radiation from a hot source occurs at a wavelength of `11 xx 10^(-5) cm`. According to Wien's law, the temperature of the source (on Kelvin scale) for which the wavelength at mixture energy is `5.5 xx 10^(-5)` cm. The value of `n` is:

The maximum energy is the thermal radiation from a hot source occurs at a wavelength of 11 xx 10^(-5) cm . According to Wien’s law, the temperature of this source (on Kelvin scale) will be n times the temperature of another source (on Kelvin scale) for which the wavelength at maximum energy is 5.5 xx 10^(-5) cm. The value of n is:

The maximum energy in thermal radiation from a source occurs at the wavelength 4000Å. The effective temperature of the source

The maximum energy in thermal radiation from a source occurs at the wavelength 4000Å. The effective temperature of the source

The maximum energy in thermal radiation from a source occurs at the wavelength 4000Å. The effective temperature of the source i

Calculate the energy of a photon of wavelength 6 xx 10^(-5) cm.

gamma rays are electromagnetic radiation of wavelength of 10^(-6)" to" 10^(-5) cm

What is the energy of photons that corresponds to a wave number of 2.5 xx 10^(-5)cm^(-1)

gamma -rays are electromagnetic radiation of wavelength of 10^(-6)" to " 10^(-5) cm