Determine the wind speed in the specific scenarios


Assignment task:

Please determine both the total amount of energy emitted (aka the irradiance) AND the wavelength of maximum emission for objects with the following temperatures. Further, based on the wavelengths, which part of the EM spectrum does each fall into?

  • 317 K
  • 89 K
  • 4188 K
  • 28636 K

Please find the solar declination angle for the following days (and assume it is not a leap year):

  • January 25
  • March 12
  • June 15
  • October 3
  • December 27

Please determine the wind speed in the following scenarios. You can assume neutral stability conditions. The table on Page 700 of the book will help answer these questions.

Height is 24 m. Winds speeds of 7.6 m s-1 were measured with an anemometer at a height of 10 m in my neighborhood, which has scattered trees.

Wind speed at the top of a 36 m siege tower. Wind speeds of 11 ms-1 measured with an anemometer at a height of 10 m above a tundra.

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Science: Determine the wind speed in the specific scenarios
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