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Midlatitude Summer

Midlatitude Summer. Patrick and Ian. A) 70km, looking down CO2 = 280ppm No Clouds Total Irradiance = 280.873 W/m2 Ground T = 294.2K. B) 70km, looking down CO2 = 0 ppm No Clouds Total Irradiance = 307.563 W/m2 Ground T = 294.2 K. C) 70km, looking down CO2 = 375 ppm No Clouds

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Midlatitude Summer

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  1. Midlatitude Summer Patrick and Ian

  2. A) 70km, looking down CO2 = 280ppm No Clouds Total Irradiance = 280.873 W/m2 Ground T = 294.2K

  3. B) 70km, looking down CO2 = 0 ppm No Clouds Total Irradiance = 307.563 W/m2 Ground T = 294.2 K

  4. C) 70km, looking down CO2 = 375 ppm No Clouds Total Irradiance = 279.648 W/m2 Ground T = 294.2 K To obtain I = 280.873 W/m2 temperature offset of .35C T = 294.55

  5. D) 70km, looking down CO2 = 800 ppm No Clouds Total Irradiance = 276.508 W/m2 Ground T = 294.2 K To obtain I = 280.873 W/m2 temperature offset of 1.29C T = 295.49 K

  6. E) 0km, looking up CO2 = 280 ppm No Clouds Total Irradiance = 309.604 W/m2

  7. F) 0km, looking up CO2 = 375 ppm No Clouds Total Irradiance = 310.420 W/m2 ∆T = .15 C

  8. G) 0km, looking up CO2 = 375 ppm Cumulus near surface Total Irradiance = 391.244 W/m2 ∆T = 14.8 C

  9. H) 0km, looking up CO2 = 375 ppm Cirrus: standard Total Irradiance = 313.309 W/m2 ∆T = .67 C

  10. I) 0km, looking up CO2 = 800 ppm No Clouds Total Irradiance = 312.681 W/m2 ∆T = .556 C

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