When temperature increases and humidity of air decreases the fog dissipates. Answer, Fog is moisture in the air condensing due to cooler ambient temperature at ground level. As the ambient temperature increases, generally due to the sun, the moisture in the fog will burn off and the fog will lift. You can't see vapor, but you can see droplets of water, droplets small enough to float in air (brownian motion). Whenever the droplets evaporate (heat, low humidity, etc) the water doesn't go anywhere but now you can see through it, thus "no fog".
First understand how clouds form.
When moist air at 100% humidity cools the air can't hold the moisture and the water condenses into colloidal droplets which can stay airborne (bigger drops fall as rain). The mass of colloidal water droplets are clouds.
Dispersing clouds run this process in reverse.
As the air gets warmer from sunshine or from coming closer to the ground (as an air mass comes down, its pressure goes up and, by the gas laws, its temperature goes up as well) the warmer air can hold more moisture and the water in the cloud droplets vaporizes back into invisible vapour.
Fog has condensed moisture in cool air. The sun coming up signals the beginning of the fog "going". Sun warms the air, deceases moisture content and reduces condensation. As this happens, the whole fog bank rises. It goes higher and higher as it gets warmer and lighter. Eventually it is just one more regular cloud.
When the Sun's heat warms the ground and air.
The Dissipating stage, in which the downdraft overcomes the updraft and the clouds dissipate.
There are 8 main types of clouds Cumulus clouds stratus clouds cirrus couds stratocumulus clouds altostratus clouds cirrocumulus clouds altocumulus clouds cumulonimbus clouds
cirrus clouds cirrocumulus clouds cirrostratus clouds altocumulus clouds altostratos clouds from:jane pags g7-love
The air pressure
the clouds that bring rain are usally cumulonimbus clouds
The clouds began to dissipate after the storm. He watched her anger dissipate into a profound sense of relief as the truth finally sank in.
The Dissipating stage, in which the downdraft overcomes the updraft and the clouds dissipate.
I'm just guessing here but I think clouds don't even circle around the world once. They dissipate/evaporate before they travel far. Clouds form, dissipate, reform many times but I think they don't travel far.
Airplane's contrails do not form clouds; they dissipate soon after they are formed.
Yes, a storm will eventually lose energy and dissipate.
They can reach high enough to cut through clouds but dissipate before it can escape the atmosphere
The downdraft overcomes the updraft, which effectively cuts off the fuel to keep the storm going. The clouds dissipate and leave behind a cirrus cloud.
Clouds are made up of water droplets of varying size, or ice crystals, not water vapour. Water vapour is the evaporite of clouds, and clouds often dissipate, so the water droplets making up the cloud change from visible water droplets to invisible water vapour. The "vapour trails" from aircraft engine exhausts are actually areas of cloud formation as water from burnt fuel condenses in cold air aloft.
Smoke will dissipate faster when there is a breeze blowing.
it rises,cools, and condenses. When it condenses, it dips below the dew point and first clouds form first then rain and snow. It then passes over the mountain range, sinks and heats up. As it heats up it can hold more moisture. The rain and snow stop and the clouds dissipate
Dissipate means when you pull something apart or something is getting forced/pulled apart.
The noun forms of the verb to dissipate are dissipation, dissipator (or dissipater), and the gerund, dissipating.