there is a chemical (I'm certain which) that deteriorates the ozone (O3). that in effect leads to the clouds absorbing some of the radiation from space.
In order for you (humans) to live, you need aerosols. aerosols are one of the three important things you need in order to have a water cycle. the aerosols keep the liquid water stay into a liquid water, so if we didn't have aerosols we wouldn't be able to drink water. hope this helped! :)
The term for droplets of water that condense on aerosols in the sky is called "cloud condensation nuclei." These particles serve as the nuclei around which water vapor in the atmosphere condenses to form clouds.
Another name for clouds is "aerosols," although this term more broadly refers to tiny particles suspended in the atmosphere, including water droplets that make up clouds. In a more poetic or metaphorical context, clouds can also be referred to as "fluffy formations" or "sky blankets." However, the most common alternative is simply "atmospheric vapor."
The three types of aerosols measured by NASA researchers are sea salt aerosols, dust aerosols, and black carbon aerosols. Sea salt aerosols are produced by the breaking of ocean waves, dust aerosols result from dust storms and other sources of dust in the atmosphere, and black carbon aerosols come from the combustion of fossil fuels and biomass burning.
Cumulus clouds have a net cooling effect while Cirrus have a net warming effect. At night, most any cloud will make it warmer by trapping radiation (heat) from the earth. During the day, most clouds will act to block solar radiation and make it a little cooler.
The Tyndall effect is used commercially to determine the size and density of particles in aerosols.
1. Falling Temperatures 2. Water vapour in the air 3. Condensation nuclei-tiny particles of duct, soot, etc.
In order for you (humans) to live, you need aerosols. aerosols are one of the three important things you need in order to have a water cycle. the aerosols keep the liquid water stay into a liquid water, so if we didn't have aerosols we wouldn't be able to drink water. hope this helped! :)
Clouds of unusually large size. Yes. "Big" clouds are indeed a cloud no the less. Clouds are just condensed water vapor or ice crystals. Cloud droplets also require cloud condensation nuclei, however, which often consist of sulfate aerosols. Hope i helped :)
The term for droplets of water that condense on aerosols in the sky is called "cloud condensation nuclei." These particles serve as the nuclei around which water vapor in the atmosphere condenses to form clouds.
Water vapor condenses to form clouds when it reaches its dew point, which is the temperature at which air becomes saturated with water vapor. The water vapor then forms tiny water droplets or ice crystals, which come together to create clouds.
rain..hahaa
Clouds of unusually large size. Yes. "Big" clouds are indeed a cloud no the less. Clouds are just condensed water vapor or ice crystals. Cloud droplets also require cloud condensation nuclei, however, which often consist of sulfate aerosols. Hope i helped :)
Aerosols are tiny particles suspended in Earth's atmosphere. These particles can come from natural sources like dust and sea salt, or from human activities like burning fossil fuels. Aerosols play a role in climate change by affecting the amount of sunlight that reaches the Earth's surface and by influencing the formation of clouds.
Another name for clouds is "aerosols," although this term more broadly refers to tiny particles suspended in the atmosphere, including water droplets that make up clouds. In a more poetic or metaphorical context, clouds can also be referred to as "fluffy formations" or "sky blankets." However, the most common alternative is simply "atmospheric vapor."
The reason clouds move is from the wind. And also because the coriolis effect. (the effect that revolves the earth, help the winds exceed original speed.
Kathleen Rhoads has written: 'Dosimetry of inhaled plutonium-239 dioxide in rodent lung' -- subject(s): Aerosols, Radioactive, Effect of radiation on, Lungs, Plutonium in the body, Radioactive Aerosols, Toxicology, Tumors