In: Physics
1. Consider a blackbody at temperature T=1000K.
(c) This particular blackbody is a hollow cube, whose side measures
L meters. Write an expression for the wavelengths of radiation
allowed in this blackbody.
(d) What is the energy spacing between energy levels of a mode with
wavelength λ = 100nm?
(e) Calculate the approximate average energy in this mode at
temperature T = 10000K
(f) What was the (incorrect) assumption in the classical treatment
of blackbody radiation? Contrast it to your answer above.