What is the geostrophic wind speed for a pressure gradient of 2hPa/100km and a density of 1.2 kg m³ at a latitude of 20°? (N = 7.272 x 10*5, 20 = 1.45 x 10-4): f = 20sina Vg= Vg=→, where Vg is the wind speed, p is the density of air, f is the value of the Coriolis force, Ap/An is the pressure gradient ef An' force.
What is the geostrophic wind speed for a pressure gradient of 2hPa/100km and a density of 1.2 kg m³ at a latitude of 20°? (N = 7.272 x 10*5, 20 = 1.45 x 10-4): f = 20sina Vg= Vg=→, where Vg is the wind speed, p is the density of air, f is the value of the Coriolis force, Ap/An is the pressure gradient ef An' force.
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Transcribed Image Text:What is the geostrophic wind speed for a pressure gradient of 2hPa/10okm and a density of 1.2 kg m³ at a latitude of 20°? (N = 7.272 x 105, 22 = 1.45 x
1 Ap
ef An'
where Vg is the wind speed, p is the density of air, f is the value of the Coriolis force, Ap/An is the pressure gradient
10-4): f = 20sina Vg= Vg=
force.
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