To show that an empirical distribution due to Wien is consistent with is consistent with Wien's law
3. Before Planck solved the problem of blackbody radiation, an empirical distribution for p(a,T) was produced...
Consider the problem of the distribution of blackbody radiation described in Figure 40.1. Note that as T in- creases, the wavelength Amax at which I(?, T) reaches a maximum shifts toward shorter wavelengths. (a) Show that there is a general relationship between tempera- ture and ?max (known as Wien's displacement law which states that Txconstant. (b) Obtain a nu- merical value for this constant. [Hint: Start with Planck's radiation law and note that the slope of1(2, T) versus ? is...