A blackbody at 200 K is emitting to surroundings. (a)- Calculate the wavelength at which the blackbody emissive power is maximum. (b)- Calculate the energy emitted over the wavelength X=10 to 20 µm (c)- What should the temperature of the blackbody be such that 60% of the total energy emitted lie in the spectrum A=0 to 10 µm ?
A blackbody at 200 K is emitting to surroundings. (a)- Calculate the wavelength at which the blackbody emissive power is maximum. (b)- Calculate the energy emitted over the wavelength X=10 to 20 µm (c)- What should the temperature of the blackbody be such that 60% of the total energy emitted lie in the spectrum A=0 to 10 µm ?
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Transcribed Image Text:.A blackbody at 200 K is emitting to surroundings.
(a)- Calculate the wavelength at which the blackbody emissive power is maximum.
(b)- Calculate the energy emitted over the wavelength A=10 to 20 µm
(c)- What should the temperature of the blackbody be such that 60% of the total energy emitted lie
in the spectrum X=0 to 10 um ?
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