The vast majority of tornadoes in the northern hemisphere rotate counterclockwise.
However in rare cases (less than 1%) tornadoes in the northern hemisphere will rotate clockwise. These are called anticyclonic tornadoes.
Anticyclonic winds - those circulating around an area of high pressure - move counterclockwise in the southern hemisphere, clockwise in the northern hemisphere.
The fact that the a tornado spins means that the winds move in all directions at different points within the tornado, as they make a full 360 degree rotation. In the northern hemisphere tornadoes spin counterclockwise, so winds on the north side of a tornado blow east to west, those on the west side blow north to south, those on the south side blow west to east, and those on the east side blow south to north. This is reversed in the southern hemisphere where tornadoes spin clockwise.
Axial tilt of the wart moving, or the Coriolis Effect.
yes surface currents are currently caused by wind! because the global winds move the water, in the northern hemisphere, the winds moves clock wise, and in the southern hemisphere the winds move counter clock wise. and moves the water 400 meters under the water.
Currents in the Northern Hemisphere move in a clockwise direction. Currents in the Southern Hemisphere move in a counter clockwise direction.
Convergent winds are winds that move toward something, such as a hurricane or tornado.
Cyclones in the Southern hemisphere spin in a clockwise direction. Cyclones in the Northern hemisphere spin in a counterclockwise direction.
In the Southern Hemisphere, winds blowing from the north will appear to move east. This is due to the Coriolis Effect.
Weather patters in the northern hemisphere, far from the equator, move from west to east. When you get closer to the equator, they'll move east to west.
In the Northern Hemisphere, yes. In the Southern Hemisphere, no.
In the northern hemisphere they appear to move counter clockwise; In the southern hemisphere they appear to move clockwise.
Tornadoes produce a large pressure drop over a short distance. The exerts a great force on the air and cause it to reach great speeds. On top of this, on one side of the tornado, its forward speed will be added to its rotational speed. In northern hemisphere (counterclockwise) tornadoes this will be the right side, and in southern hemisphere (clockwise) tornadoes it will be on the left side. In some tornadoes, smaller vortices can develop that move with the rotation, rotating at up to 100 mph. So that means if a tornado is moving at 30 mph (a typical speed), rotating at 100 mph, and has a subvortex rotating at 100 mph, winds on the right side of the tornado will at times reach 230 mph.