at which energy radiated is maximum is 3 μ . Then

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The absolute temperature of a body A is four times that of another body B. For the two bodies, the difference in wavelengths, at which energy radiated is maximum is 3 μ . Then, the wavelength, at which the body B radiates maximum energy, in micrometer, is:
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The absolute temperature of a body A is four times that of another body B. For the two bodies, the difference in wavelengths, at which energy radiated is maximum is 3 μ . Then, the wavelength, at which the body B radiates maximum energy, in micrometer, is: at which energy radiated is maximum is 3 [...]
Posted in: Chapter 16 - Calorimetry and Heat Transfer , MTG NEET Physics , Part 1 ,
Tags: at which energy radiated is maximum is 3 μ . Then , at which the body B radiates maximum energy , in micrometer , is , The absolute temperature of a body A is four times that of another body B. For the two bodies , the difference in wavelengths , the wavelength ,