Calculate the temperature of a star which has maximum energy emission at `4500Å`. Given temperature of the sun is `6000K` and it has maximum energy emission at `5000Å`.

The surface temperature at the sun which has maximum energy emission at 500 nm is 6000 K. The temperature of a star which has maximum energy emission at 400 nm will be

What is the temperature of a star having maximum emission at lamda_(max)=4800Å , if for the sun, the surface temperature is 6000 K and the maximum emission is at lamda_(m)=5000Å .

The sun with surface t,emper'ature of 6000 K has maximum emlssion at 5000 A. The temperature of a star whose maximum emission is at 4500 Å will be

The sun radiates maximum energy at wavelength 4753Å . The surface temperature of the sun if b=2.888xx10^(-3)mK , is

The sun radiates maximum energy at wavelength 4753Å . The surface temperature of the sun if b=2.888xx10^(-3)mK , is

If Wien's constant b = 0.3 cm K, then the temperature of the Sun having a maximum intensity of radiation at 5000Å wavelength is

If Wien's constant b = 0.3 cm K, then the temperature of the Sun having a maximum intensity of radiation at 5000Å wavelength is

The spectral energy distribution of the sun has a maximum at 4754Å . If the temperature of the sun is 6050 K, what is the temperature of a star for which this maximum is at 9506Å ?