No.
Warm air rises because its warmth causes it to rise. The act of forcing air upwards will warm the air slightly because of friction, but the act alone of air rising does not raise the temperature of the air.
Yes, it rises.
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it becomes a cloud.
cold air replaces it
Yes.
convection
Where the air is over a parts of the Earth's Surface that is warm, the air warms. Warm air rises and as it rises it is replaced by cooler air that is sucked in from parts of the Earth's surface which are comparatively cooler. This movement causes a cyclic circulation of the air called win and weather.
volcanic montains
As the warm air rises and moves toward the poles,cooler air moves from the poles toward the equator to replace it. Resource:Factors of Weather:Air movement Close to the Earth (science sheet)
Evaporation and Condesnsation
convection
convection
Where the air is over a parts of the Earth's Surface that is warm, the air warms. Warm air rises and as it rises it is replaced by cooler air that is sucked in from parts of the Earth's surface which are comparatively cooler. This movement causes a cyclic circulation of the air called win and weather.
Where the air is over a parts of the Earth's Surface that is warm, the air warms. Warm air rises and as it rises it is replaced by cooler air that is sucked in from parts of the Earth's surface which are comparatively cooler. This movement causes a cyclic circulation of the air called win and weather.
convection currents are when hot rock from deep inside the the earth rises but cooler rock near the surface sinks
this is due to tectonic plates that means movement of plates
this is due to tectonic plates that means movement of plates
term that is used to describe when magma rises to earth's surface but does not occur at a boundary
Magma that reaches the Earth's surface is known as lava.
Convection
What forces would lead to the movement of the plates over the surface of the earth? At this time it is believed this movement results from mantle convection. Deep within the earth there is a large amount of heat coming from two sources: the magma remnants of the Great Bombardment, and radiation from radioactive elements. This heat, in accordance with the 2 ndlaw of thermodynamics, must flow to a cooler place, and subsequently rises to the surface of the Earth. If the Earth were smaller, this heat would flow by conduction, but because of the relatively large size of the Earth, convection also takes place. Thus, as in heating a pot of water on a stove, convection currents are established within the earth, which bring warm material to the surface and send cooler material to the interior.
Heat rises from the surface of the earth in the form of infra-red radiation.