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In this problem you are going to calculate what the temperature

In this problem you are going to calculate what the temperature on
Venus would be if it had no atmosphere at all. Basically, the planet receives energy (light) from the Sun and then re-radiates that energy back into space. The energy Venus receives every second depends on the Sun’s luminosity and the distance between Venus and the Sun. This energy rate is L = 3.00 x 10^17 W. Take this value and use it in the Stefan-Boltzmann formula to determine temperature. How does your calculated temperature compare to the actual average global temperature on Venus: 750 K? What accounts for the difference?

 
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