1. E = o T 4

2. Variables ListPower = Irradiance * Area

3. Variables List mass = (2897 m K)/T

5. E (at latitude a) = (1378.5 W m -2 )(sin a)

9. ? ? ? ?

10. Albedo = (Upwelling) / (Downwelling radiaiton) ? ? ? ? ? ? ? ? ? ? ? ?

13. Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

14. Figure 9 - Visible Satellite Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST) Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

15. Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST) Figure 12 - Incoming Solar Radiation (in W m-2) for 11 March 2000 at 11:30 AM CST (1730 UTC), as Measured by the Oklahoma Mesonet Figure 13 - Incoming Solar Radiation (in W m-2) for 11 March 2000 at 11:30 AM CST (1730 UTC), as Measured by the Oklahoma Mesonet

16. Figure 9 - Visible Satellite Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST) Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

17. Figure 9 - Visible Satellite Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST) Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

24. Figure 8 - Infrared Water Vapor Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

26. Figure 9 - Visible Satellite Imagery for 11 March 2000 at 1745 UTC (11:45 AM CST)

29. Figure 12 - Incoming Solar Radiation (in W m-2) for 11 March 2000 at 11:30 AM CST (1730 UTC), as Measured by the Oklahoma Mesonet

30. Figure 13 - Incoming Solar Radiation (in W m-2) for 11 March 2000 at 11:30 AM CST (1730 UTC), as Measured by the Oklahoma Mesonet

31. Attachments