Please help me solve 3.2. The actual wind is directed 30 degrees to the right of the geostrophic wind. If the geostrophic wind is 20 m s^-2 , what is the rate of change of wind speed? Let f = 10 ^-4 s ^-1 0 = 0 at ps. For modern forecast models, an alternative coordinate system isgenerally employed in which the lower boundary is always a coordinate surface.This approach is described in Section 10.3.1.OLEPROBLEMS3.1. An aircraft flying a heading of 60° (i.e., 60° to the east of north) at air speed200 m s- moves relative to the ground due east (90°) at 225 m s-1. If theplane is flying at constant pressure, what is its rate of change in altitude (inmeters per kilometer horizontal distance) assuming a steady pressure field,geostrophic winds, and f = 10-4 s-!?3.2. The actual wind is directed 30° to the right of the geostrophic wind. If thegeostrophic wind is 20 m s-1, what is the rate of change of wind speed? Letf = 10-4s-1.3.3. A tornado rotates with constant angular velocity w. Show that the surfacepressure at the center of the tornado is given by67p=Po exp2RT

Name: Please help me solve 3.2. The actual wind is directed 30 degrees to th
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: Please help me solve 3.2. The actual wind is directed 30 degrees to the right of the geostrophic wind. If the geostrophic wind is 20 m s^-2 , what is the rate of change of wind speed? Let f = 10 ^-4 s ^-1 0 = 0 at ps. For modern forecast models, an a