Imagine a planet where S = 1,360 W/m 2 and = 0:3. (a) If n =
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Imagine a planet where S = 1,360 W/m2 and α = 0:3.
(a) If n = 0, what is the temperature of this planet?
(b) If S increases to 1,370 W/m2 and n remains equal to 0, what is the new temperature?
(c) Let us include a water-vapor feedback: S increases to 1,370 W/m2, but the number of layers, n, is a function of surface T: n(T) = (T – 254.5) /100. What is the new surface temperature?
(d) Using the answers to b and c and assuming that no other feedbacks are operating, what is the value of g for this climate?
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