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The air surrounding a planet is called the "Atmosphere."
spread out
A combination of heat from the sun and the lower pressure of the surrounding air the higher you go, causes the gas in the balloon to expand. Along with the sunlight weakening the balloon material, it will burst.
The flame heats the air contained in the balloon. This causes the air to expand, thus it becomes less dense than the air surrounding the balloon. Once the air in the balloon is sufficiently less dense than the surrounding air to overcome the weight of the balloons materials, it will lift into the air.
Hot air rises. As the air in the hot air balloon is made hotter than the surrounding air it rises.
a flash can heat the air around it to temperatures five times hotter than the sun's surface. This heat causes surrounding air to rapidly expand and vibrate, which creates the pealing thunder we hear a short time after seeing a lightning flash
when water evaporates it absorbs heat energy and cools the surrounding air
It loses heat to the surrounding air.
because its really hot it uses its heat
It creates a shield of air to keep the heat in and surrounding cool air out.
The water loses heat to the surrounding air.
It creates a shield of air to keep the heat in and surrounding cool air out.
when air is compressed it heats up because the uncompressed air contains heat. Heat is a form of energy that's all around us even in the coldest winter. Cold is void of heat, cold is caused by the lack of heat energy. That being said, when you compress air containing heat, the heat is also compressed. This causes the tire and the air inside to be warmer that the surrounding area till the heat is dissipated to the surrounding area. The tire and it's air inside becomes the same temperature as the surrounding space. Just remember, heat is a form of energy.
Thermal radiation is when heat diffuses off hot surfaces
The air warms and expands, becoming lighter than the surrounding air, thus lifting the balloon.
No. It undergoes convective cooling, rising and losing heat to the surrounding air.
The heat dissipates into the air, surrounding rock, or water if the lava comes in contact with it.