Evaporation
That's called evaporation.
It is called evaporation. The water becomes a vapor (gaseous state) and is "dissolved" or "mixed" into the air.
after a while it disappears because of evaporationAnswer:Water does not disappear when it boils. It changes state from a liquid to a gas and diffuses into the air. The gaseous water can be cndenses back into a liquid.
Evaporation
Evaporation
Evaporation
That's called evaporation.
It is called evaporation. The water becomes a vapor (gaseous state) and is "dissolved" or "mixed" into the air.
Water droplets disappear through a process called evaporation. When the temperature of the water droplet increases, the water molecules gain enough energy to escape into the air as water vapor, causing the droplet to gradually shrink and eventually disappear.
after a while it disappears because of evaporationAnswer:Water does not disappear when it boils. It changes state from a liquid to a gas and diffuses into the air. The gaseous water can be cndenses back into a liquid.
Evaporation
Dry ice will disappear more quickly in water than in air due to the increased rate of sublimation when submerged in a liquid. The water accelerates the sublimation process by transferring heat more efficiently from the dry ice compared to air.
The process that causes rainwater to disappear in hot air outside is evaporation. When rainwater is exposed to high temperatures, the heat causes the water molecules to gain energy and change from liquid to vapor, which then becomes part of the air.
Air molecules and water molecules!
Water puddles disappear through a process called evaporation, where the heat from the sun causes the water molecules at the surface to turn into water vapor and rise into the air. This continues until all the water has evaporated. Factors such as temperature, humidity, and wind speed can affect the rate at which water puddles disappear.
Water molecules displace some of the air molecules, reducing the overall pressure within the air. This is because the water molecules take up space in the air, leading to a decrease in the number of air molecules per unit volume.