moves most of them from the sw to ne. (always curving right in the northern hemisphere.)
The Coriolis effect results in a deflection of fluid flows (to the right in the Northern Hemisphere and left in the Southern Hemisphere). Because the distance around the Earth decreases as one moves away from the equator, and because the Earth rotates in a counter clockwise direction as seen from the north pole, air and water masses are deflected to the east as they move from the equator to the poles, and to the west as they move from the poles to the equator. This has profound effects on the flow of the oceans. In particular it means the flow goes around high and low pressure systems, permitting them to persist for long periods of time. As a result, tiny variations in pressure can produce measurable currents. A slope of one part in one million in sea surface height, for example, will result in a current of 1 cm/s at mid-latitudes. The fact that the Coriolis effect is largest at the poles and weak at the equator results in sharp, relatively steady western boundary currents which are absent on eastern boundaries
yes
Air masses of different pressures and temperature move around the Earth. The cold air masses that form at the poles move toward the equator, while the warm air masses that form at the equator move toward the poles.
maritime tropical
Fronts do not often occur near the Equator because air masses there do not have big teperature
The Coriolis Effect is responsible for this.
Coriolis effect
It causes rotation of air masses.
This is the Coriolis Effect. The curvature appears within the rotating reference frame, in which the motion is a straight path being viewed as a curved path. In the northern hemisphere, moving objects appear to turn to the right. In the southern hemisphere, moving objects appear to turn to the left. For a path exactly along the equator, the effect disappears.
The Coriolis Effect.
The twisting effect of the Coriolis force is real and does influence certain large things like the movement of air masses, but the effect is so small that it plays no role in determining the direction in which water rotates as it exits from a draining sink or toilet. The Coriolis effect produces a measurable effect over huge distances and long periods of time, such as storm systems, but don't apply to your bathroom or kitchen. Toilets and sinks drain in the directions they do because of the way water is directed into them or pulled from them. The configuration of taps, drains and the surface of the bowl is responsible for the direction of the water draining through, overwhelming the coriolis effect. It's a bit of a urban myth. People on the equator sometimes demonstrate it to tourists, but these are rigged.
The Coriolis effect results in a deflection of fluid flows (to the right in the Northern Hemisphere and left in the Southern Hemisphere). Because the distance around the Earth decreases as one moves away from the equator, and because the Earth rotates in a counter clockwise direction as seen from the north pole, air and water masses are deflected to the east as they move from the equator to the poles, and to the west as they move from the poles to the equator. This has profound effects on the flow of the oceans. In particular it means the flow goes around high and low pressure systems, permitting them to persist for long periods of time. As a result, tiny variations in pressure can produce measurable currents. A slope of one part in one million in sea surface height, for example, will result in a current of 1 cm/s at mid-latitudes. The fact that the Coriolis effect is largest at the poles and weak at the equator results in sharp, relatively steady western boundary currents which are absent on eastern boundaries
Air masses affect climate in the same way mountains or mountain barriers do.
se
yes
Elevation, Distance from equator, and Wind patterns.
The Coriolis Force