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A Radiating Body Originally Has a Kelvin Temperature To, and Its

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A radiating body originally has a Kelvin temperature To, and its surroundings are at 500K (To > 500K). If the Kelvin temperature of the radiating body is increased to A radiating body originally has a Kelvin temperature T<sub>o</sub>, and its surroundings are at 500K (T<sub>o </sub>> 500K). If the Kelvin temperature of the radiating body is increased to , the net rate at which the body radiates increases by a factor of 333. What was the original temperature ? , the net rate at which the body radiates increases by a factor of 333. What was the original temperature A radiating body originally has a Kelvin temperature T<sub>o</sub>, and its surroundings are at 500K (T<sub>o </sub>> 500K). If the Kelvin temperature of the radiating body is increased to , the net rate at which the body radiates increases by a factor of 333. What was the original temperature ? ?

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