On a sunny day when the outside temperature is 34.0°C, a car parked in the sun is receiving 812 watts/m² of incoming solar radiation (Insolation). Because the car radiates heat off of a greater surface area, the car in-turn radiates off heat at a rate of 169 watts/m². If the car is considered a perfect absorber and emitter of radiative energy, what will the equilibrium temperature inside the car be? °℃

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Chapter1: Units, Trigonometry. And Vectors
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On a sunny day when the outside temperature is 34.0°C, a car parked in the sun is receiving 812 watts/m2
of incoming solar radiation (Insolation). Because the car radiates heat off of a greater surface area, the car
in-turn radiates off heat at a rate of 169 watts/m². If the car is considered a perfect absorber and emitter
of radiative energy, what will the equilibrium temperature inside the car be?
°C
Transcribed Image Text:On a sunny day when the outside temperature is 34.0°C, a car parked in the sun is receiving 812 watts/m2 of incoming solar radiation (Insolation). Because the car radiates heat off of a greater surface area, the car in-turn radiates off heat at a rate of 169 watts/m². If the car is considered a perfect absorber and emitter of radiative energy, what will the equilibrium temperature inside the car be? °C
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