Repeat example 15.3, "Temperature on the Surface of Jupiter" for a more realistic scenario using the moon. The moon has an emissivity of about 0.94 and an albedo or reflectivity of 0.12 . Perform a new energy balance and determine an alternative temperature for the moon.

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Example 15.3 Temperature on the Surface of Jupiter The Sun radiates as a blackbody at a temperature of 5800 K. Assuming the surface of the Jupiter to be black, estimate its temperature. The diameters of Jupiter and the Sun are 7.14 x 10' m and 1.39 10 m respectively, and the distance between Jupiter and the Sun is 7.79 x 10" m. The first task is to perform an energy balance about Jupiter. The situation is shown in Figure 15.11. In-Out = 0 qin - Yout 0 = AG-AE (Tm)=0