Radiation balance data for a clear day. (all radiation fluxes are in W m-2). Time K↓ K↑ albedo Lt L Q* 0 345 230 -115 90 o undefined 20 0.222 600214 345 225 50 280 370 250 [190] 460 90 0.196 400 260 21D 420 400 250 85 0.202 45 0.205 185 220 390 240 OK 21 75 15 0.2 360 240 24 0 o undefined 0 345 230 Table 3. Radiation balance data for a cloudy day (all radiation fluxes are in W m-2). Time K↓ K↑ albedo Lt L↓ Q* o undefined 350 10 6 0.2 340 18 0.2 335 32 24 2 340 66 18 0.2 330 33 335 12 0.9 340 2 4 0.8 3505 0 366 9 12 15 18 21 21 36 9 12 15 18 0 30 90 120 90 60 20 360 355 365 370 365 360 355 undelined 355 (d) Prepare two line graphs (one for the cloudy day and one for the cloudless day) showing the change in the radiation balance components over the course of the day. Compare the two graphs and write a brief description of how the cloud cover has affected the radiation balance at this imaginary location.
