4 0T1 4 4 0.3 O'Te \\ a]; 'Laktrl 4 071, 4 _ 0.4 oTe4\\ (1'7"T ' Surface Use the diagram above but distribute solar heating so that .30r'Te4 is absorbed in each of the two atmospheric layers and the remaining .40Te4 is absorbed at the surface. Calculate the temperature in each layer and at the surface, assuming the emissivity of the surface and atmosphere to longwave radiation is 1.0. How does it differ (in terms of temperatures) from the case where all solar heating is applied at the surface