The energy density I of a black body radiation at temperature T is given by the...

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The energy density I of a black body radiation at temperature T is given by the Planck's distribution function I(v,T)=8piv^2/c^3 hv/[e^hv/e^knT -1], where v is the frequency. The function I (v,T) for two different temperatures T1, and T2, are shown below. -1 are, respectively, If the two curves coincide when I (v,T) is plotted against v/T, then the values of a and b are respectively, The energy density I of a black body radiation at temperature T is given by the Planck's distribution function I(v,T)=8piv^2/c^3 hv/[e^hv/e^knT -1], where v is the frequency. The function I (v,T) for two different temperatures T1, and T2, are shown below. -1 are, respectively, If the two curves coincide when I (v,T) is plotted against v/T, then the values of a and b are respectively,

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