The laws governing the energy flux F and wavelength of maximum intensity$\lambda$_max of emitted radiation from a hot, dense body whose temperature is T (where $\sigma$ and a are constants) are given by A) F = $\sigma$T, $\lambda$_max = a/T⁴. B) F = $\sigma$T⁴, $\lambda$_maxT = a. C) F = $\sigma$T⁴, $\lambda$_max = aT. D) F = $\sigma$T², $\lambda$_maxT = a.

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The Answer of The laws governing the energy flux F and wavelength of maximum intensity$\lambda$_max of emitted radiation from a hot, dense body whose temperature is T (where $\sigma$ and a are constants) are given by A) F = $\sigma$T, $\lambda$_max = a/T⁴. B) F = $\sigma$T⁴, $\lambda$_maxT = a. C) F = $\sigma$T⁴, $\lambda$_max = aT. D) F = $\sigma$T², $\lambda$_maxT = a.

The Laws Governing the Energy Flux F and Wavelength of Maximum