A cylindrical radiator of a surface of Im? heats a room. It emits a power of IkW. Supposing there is no loss due to cond

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A cylindrical radiator of a surface of Im? heats a room. It emits a power of IkW. Supposing there is no loss due to cond

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A Cylindrical Radiator Of A Surface Of Im Heats A Room It Emits A Power Of Ikw Supposing There Is No Loss Due To Cond 1
A Cylindrical Radiator Of A Surface Of Im Heats A Room It Emits A Power Of Ikw Supposing There Is No Loss Due To Cond 1 (344.37 KiB) Viewed 35 times
A cylindrical radiator of a surface of Im? heats a room. It emits a power of IkW. Supposing there is no loss due to conduction or convection phenomena, using Stephan's law qe 5,67 x 10-8W/mK 2. Calculate the temperature of the radiator How hot is the radiator in °C? 3. What is the corresponding wavelength? 4. Does the radiated wavelength belong to the visible region? If yes, what color is it? If not, what kind of radiation is it?
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