"meteors"
From a meteorological perspective, these particles would be referred to as "condensation nuclei". They provide a surface on which water vapor can condense. This leads to the formation of haze and clouds.A couple of examples of condensation nuclei are dust and salt particles.
The particles of dust and ice that orbit the sun are called comets. They are small solar system bodies which when close enough to the sun, they display a temporary atmosphere.
Ananke has no atmosphere, it is too small.
A meteoroid is a small sand to boulder sized particle of debris in the Solar System. A small meteoroid is called a micrometeoroid or space dust.If a meteoroid enters Earth's atmosphere it is called a meteor, or "shooting star"Any piece of a meteor that reaches the ground is called a meteorite.Satelites, because a satalite is considered a object that travels around anything.
these small particles in the air or atmosphere is known as condensation nuclei. condensation nuclei my consist of dirt particles like grain of sand or dust, or it may be the smock,because the metrical present in the smock is also work as condensation nuclei . and for condenses water vapour requierd a platform,which it obtain from the condensation nuclei. CAPT.MOEEN IQBAL
Moisture in the atmosphere always exists, but when it cools sufficiently it can condense around small particles and pour down. maybe
Clouds form when the water vapor condenses into small particles. The particles in clouds can either be liquid or solids. The liquid particles are called cloud droplets and the solid particles are called ice crystals! Both droplets and ice crystals require a solid particle to nucleate on - otherwise the moisture stays in the air in a supersaturated condition until something drastic happens to cause it to precipitate.
The hydrologic, or water, cycle is one of the essential cycles for maintaining life on Earth. The stages of the hydrologic cycle describe the processes by which water moves from the surface of the planet into the atmosphere and back again, ensuring that water supplies are renewed. The regular movement of water on Earth is affected by many factors, which can lead to patterns of flooding and drought.The hydrologic cycle begins as water on the Earth's surface evaporates from a liquid state to a gaseous one under high heat. This evaporated moisture rises into the atmosphere, where it condenses on small particles, forming clouds and fog. When a saturation point is reached, these water particles fall from the atmosphere, returning to the ground as precipitation -- rain, sleet or snow.
It absorbs moisture in the package
"meteors"
It condenses, this is what happens when the particles in a gas cool down. If you breath onto a piece of glass you can see a small amount of condensation
Lights, air, atmosphere, small particles (sand, dirt), etc.
"meteors"
Condensation occurs when anything significantly cooler than the air comes in contact with it. This includes the water found on a surface of a bottle of refrigerated water and also includes the storms found almost always along a cold front. If the air has humidity in it, the small droplets that comprise the humidity, condenses into larger water particles when it comes in contact with cooler air or a cooler surface.
When people breath they breath out moisture. Most air that we breath has a certain amount of moisture in it unless you are in the desert or air conditioning.Dry air causes our noses to dry out and become uncomfortable.Water needs energy to evaporate and stay as a vapour.These vapour particles lose energy as they strike the cold glass.The vapour then condenses and turns back into liquid water.This is really noticeable when sitting in a car on a cold day. The small air volume in the car soon becomes quite moist from people's breath and condenses on the windows.
Sediments, such as silt, sand, and gravel.