In a warm front what movements of air occur?

When warm air pushes into cold air the result is a warm front.

Well, a warm front already indicates that warm air has risen over a cold air mass. So when that warm air meets an area of cold dense air, this signifies another warm front will occur. At this area of convergence, a warm front will bring rainy/wet weather.

The boundaries between air masses are called front. The types of air mass and movements involved determine the type of front. Warm front: a warm air mass plows into a cold air mass. Cold front: a cold air mass plows into a warm air mass. Stationary front: The warm and cold air masses move little relative to one another. Occluded front: A cold front catches up with a warm front, sending the warm air mass aloft. Dry line: a dry air mass plows into a moist air mass.

A cold front occurs when a cold air and a cold air mass hits each other and the warm air rises

An occluded front would occur.

No. A warm front is the boundary between a warm air mass and a cold air mass where the warm air mass is advancing.

Tornadoes can occur along a warm front, but you are more likely to find them along a cold front or dry line. Tornadoes can also occur in the absence of any sort of front. Warm fronts often produce precipitation but don't usually result in severe weather.

A cold front occurs when a cold wind and a cold mass comes together and the warm air rises and the cold air come.

it means when a front is been moved up one then it becomes a warm front if it is moved down one it means a cold front

Precipitation in a cold front typically occurs around the outer edges of the cooler air mass. This is where the cool air meets the previously warm air.

in a warm front what happens is warm air

A cold front is advancing cold air and retreating warm air and a warm front is advancing warm air and retreating cold air

Fronts are associated with cyclones, or areas of low pressure, and occur when cold air masses meet warm ones (1). The circulation of the Earth's atmosphere causes the cold air to move eastwards and equatorwards (2) and the warm air to move eastwards and polewards in a wedge shape called the warm sector (3). This movement causes the front to buckle (4), with a warm front to the east, where the leading edge of the warm sector is replacing cold air, and a cold front to the west (5). Because cold air moves faster than warm air, the warm sector is gradually squeezed and the front occludes and decays (6).

That depends. If the cold air pushes into the warm air, moving it out of the way it is called a cold front. If the cold air retreats with warm air coming in to to replace it, the front is a warm front. if the two air masses come together along a boundary that does not move the result is a stationary front.

Cold air is denser than warm air. Which allows it to slide under that warm air and displace it.

A stationary front marks the boundary between a warm air mass and a cold air mass where neither air mass advances or retreats. A warm front is a boundary where the cooler air mass retreats and the warmer air mass advances. A cold front is where the cooler air mass advances, forming the warmer air mass up. An occluded front is where a cold front has caught up with a warm front, forcing the entire warm air mass up.

it is when a cold front ( cold air) moves in front of a warm front (warm air) or vice versa

cold front, a warm front an occluded front a stationary front

A warm front is a boundary between a warm air mass and a cold air mass in which the warm air mass advances and the cold air mass retreats.

Cold air is heavy, so it sinks. When cold air and warm air collide, you get a front. Such fronts are where most sever weather patterns occur.

It goes over the cold front because, the warm air rises and the cold front decends the warm air is forced to go up by the cold up lift. When ever a cold front appears the warm will always go up.

A front forms. The type of front depends on which air mass is advancing. If the cool air mass advances, it is a cold front. If a warm air mass advances, it is a warm front. If neither advances, it is a stationary front.

when an air mass passes over a cold front, if its warm the cold air front will subduct beneath the warm front... I THINK

A warm front occurs when cooler air retreats and warmer air advances. A cold front occurs when cooler air advances, pushing warmer air away. An occluded front occurs when a cold front catches up with a warm front, sending the warmer air aloft. A stationary front occurs when warm and cold air meet, but neither air mass advances.

a cold front is a boundry of advancing mass of colled air a warm front is the oppposite its a mass of warm air