A sea breeze
cool
Cool, dense air moves during night from the land toward water as = the answer is LAND BREEZE
Lava cools in the ocean waters. It will also cool down as it moves.
Land breezes occur at night. The land is cooler than the water at night, so the warm air over the water rises and the cool air moves in over the water to replace it. It then warms and rises again. This happens over and over again throughout the night. Sea breezes are the opposites of land breezes. They happen during the day, so the water is cooler than the land. The warm air over the land rises and the cold air moves in to replace it. Then, like the land breezes, the cold air gets warmed and rises and the cold air over the water takes its spot. It is a continuous cycle throughout the day. The reason land is warmer during the day is because soil heats faster than water. However, it is cooler at night because water holds its heat longer than soil.
Think about it this way - warm air rises. When air is over a warm surface, it will heat up and rise. Also remember this - water holds on to heat or cold longer than solids (like rock) do. Therefore, the land will heat and cool faster than the water will. So, picture this: In the morning time, everything starts to heat up because of the sun's rays. The land heats up faster. So the air over the land rises. As the air rises and rises, it begins to get cooler, until it sinks. This whole process creates a cycle of wind above the land and sea. The air drops on to the cold ocean, moves on to the land to replace the air that has risen (this causes the breeze) and then heats up and rises. The cycle continues, creating cool breezes from the ocean. The same happens at nighttime, but in reverse. The ocean is now warmer, because it is holding on to the heat from the day. The air sinks on to the cold land, and as the air over the ocean rises, the cool air on land rushes to replace it (causing a warm breeze out to sea). That air then rises and begins the cycle again.
cool
Cool, dense air moves during night from the land toward water as = the answer is LAND BREEZE
Warm water expands and rises, cool water contracts and sinks.
False, steam doesn't cool as while it's hot is rises and evaporates continuing the water cycle.
As air rises it becomes decompressed, which causes it to cool. This cooling can cause water vapor to condense, forming clouds.
Warm air moves from a beach toward the ocean by convection.
a cool pool
Lava cools in the ocean waters. It will also cool down as it moves.
Cool water moves slow because the molecules are moving slow. In hot water, molecules are moving fast, thus, hot water seems to move faster than cold water at times.
Land breezes occur at night. The land is cooler than the water at night, so the warm air over the water rises and the cool air moves in over the water to replace it. It then warms and rises again. This happens over and over again throughout the night. Sea breezes are the opposites of land breezes. They happen during the day, so the water is cooler than the land. The warm air over the land rises and the cold air moves in to replace it. Then, like the land breezes, the cold air gets warmed and rises and the cold air over the water takes its spot. It is a continuous cycle throughout the day. The reason land is warmer during the day is because soil heats faster than water. However, it is cooler at night because water holds its heat longer than soil.
land breeze =D
yes the cool denser air sink while the warm less dense rises