Your exhaled, warm, moist breath will condense into droplets of water when in contact with the cold glass.
condensation, where the warm water vapor in your breath comes into contact with the cold window, causing it to cool and turn from a gas to a liquid.
Condensation.... The colder temperature of the glass, causes the water vapour in your breath to condense out.
condensation. The warm moist air from your breath cools upon contact with the cold window, causing the water vapor to condense into tiny droplets on the surface.
Yes, it does. Simply get close to a mirror or cold window and breathe on it and you will see the water vapor condense into water.
When you breathe out, the warm air from your lungs contains a good bit of water vapor. When it hits a cold surface (such as a cold car window, in this case) the water vapor condenses out of vapor form and forms a liquid.
When you breathe on a window, the warm air from your breath contains moisture. When this warm, moist air comes in contact with the cooler surface of the window, it rapidly cools down. As a result, the moisture condenses into tiny water droplets that appear on the glass.
When you breathe on a cold window, the warm air from your breath hits the cold surface of the window and cools down. As the warm air cools, its ability to hold moisture decreases, causing the water vapor in your breath to condense and form tiny water droplets on the window, creating the steamed-up effect.
Condensation - the cold glass causes the warm air to condense from gas to liquid.
The water droplets are called condensation.
because cool drink is cold
The water vapor comes from your lungs, specifically from the moisture in the air you breathe out. When warm air from your breath comes into contact with the cold window pane, it cools rapidly, causing the moisture in it to condense into tiny water droplets on the glass.
When you exhale your breath contains water vapor. When this water vapor comes in contact with the cold window its kinetic energy is imparted to it causing the water vapor to condense forming many small water droplets upon it.