# A blackbody is radiating at a constant temperature of 2500 K. Find a) the emissive power of…

A blackbody is radiating at a constant temperature of 2500

K. Find a) the emissive power of radiation from this blackbody, b) the

wavelength below which 15% of he radiation of the blackbody is concentrated, c)

the wavelength above which 10% of the emission is concentrated, d) the maximum

spectral emissive power, e) the wavelength associated with the maximum spectral

emissive power.