As you get higher the air is thinning not expanding.
the heat radiaton warms it.
As the indicator liquid in a thermometer gains heat when a room warms up, it expands, rising up higher and indicating the new, higher temperature from the increasing heat in the room.
an air conditioner because it warms up to make cold air
The heat of the earth escapes through the atmosphere into outer space. Greenhouse gases interfere with/ clog up that process. The higher up in the atmosphere, the colder it is. So it is colder at higher elevations. Also, the low air pressure a sparsity of air particles cause the air to be thinner and colder
The sun heats the surface of the Earth, and some of this heat goes into warming the air near the surface.
The two main sources of heat in the troposphere are solar radiation, which warms the Earth's surface, and the release of latent heat energy from water vapor condensing into clouds and precipitation.
The ice, which is colder than the lemonade, absorbs heat from it as it warms and melts.
This is the result of the volume of a gas being related to the temperature of a gas. The gas in the bubble expands when it warms and contracts when it cools. Similarly, the air in the room expands when it warms and contracts when it cools. So if the air in the bubble is warmer than the air in the room, the bubble gets bigger.
As water warms, it expands. Having expanded, it is lighter, and floats at the surface- where it may be warmed more by the sunlight.
Mt. Kilimanjaro is very high. At high altitudes, it gets colder. That is because sunlight warms the ground which warms the air, so air that is very far from the ground tends to be cold. At when it is cold enough, you get snow.
Usually, though from 0 to 4 degrees Celsius it actually contracts.
Generally, night is colder than day. This is because during the day, the sun warms the Earth and its atmosphere, while at night, without sunlight, the Earth loses heat to space, causing temperatures to drop.