Thus the weak vertical velocities associated with Ekman transport convergence ( measured in meters per day ) cause horizontal motion with speeds of 10 centimeters per second or more.
42.
Specifically, a cold front, subgeostrophic and supergeostrophic flows, can also create upward vertical velocities . There are numerous other atmospheric setups in which upward vertical velocities can be created.
43.
Specifically, a cold front, subgeostrophic and supergeostrophic flows, can also create upward vertical velocities . There are numerous other atmospheric setups in which upward vertical velocities can be created.
44.
Once a solution ( i . e . the horizontal velocities and free surface displacement ) has been found, the vertical velocity can be recovered via the continuity equation.
45.
A ski-jump ramp works by converting some of the forward rolling movement of the aircraft into vertical velocity and is sometimes combined with the aiming of jet thrust partly downwards.
46.
Where \ rho is seawater density, " Vg " is the geostrophic meridional mass transport and w _ E is the vertical velocity at the base of the Ekman layer.
47.
Result : the ball has no vertical velocity so it drops " like a stone " i . e . the time for it to hit the ground is short.
48.
The building gently buckles, relaxes in the middle, then all at once surrenders in a raging cascade of muddy clouds and billowing debris, sinking with vertical velocity into the earth.
49.
Vertical velocity often equals or exceeds horizontal velocities in mesoscale meteorological systems due to nonhydrostatic processes such as buoyant acceleration of a rising thermal or acceleration through a narrow mountain pass.
50.
For engineering purposes, the wind gradient is modeled as a simple shear exhibiting a vertical velocity profile varying according to a power law with a constant exponential coefficient based on surface type.
