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".
Clouds do not reproduce in the way living organisms do. Clouds form when water vapor in the atmosphere condenses into water droplets or ice crystals around tiny particles like dust or pollen. As these droplets accumulate, they form visible clouds that can grow and dissipate based on atmospheric conditions.
Clouds are made up of tiny water droplets or ice crystals that are carried by the wind. They move across the sky and eventually either dissipate or form precipitation such as rain or snow.
Clouds are formed when water vapor condenses into tiny droplets or ice crystals in the atmosphere. They are carried by winds, which can vary in speed and direction at different altitudes. Eventually, clouds may dissipate, release precipitation, or move to another location.
hey!The clouds in the sky are mostly made of ice crystals in the summer.
Ingredients: Warm, moist air at ground level Cool, dry air aloft Atmospheric instability Interaction with a triggering mechanism like a cold front or a sea breeze Instructions: Warm, moist air rises, cools, and condenses into clouds. As the air continues to rise, it forms cumulonimbus clouds and thunderstorms. Lightning, thunder, heavy rain, and strong winds can occur during the storm. Once the conditions that created the storm dissipate, the thunderstorm will weaken and eventually dissipate.
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.
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.
Light itself cannot destroy clouds. However, intense sunlight can increase evaporation, causing clouds to dissipate as the water droplets that make up the clouds turn into water vapor. Additionally, strong sunlight can also help to disperse clouds by breaking up their formation.
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
Clouds do not reproduce in the way living organisms do. Clouds form when water vapor in the atmosphere condenses into water droplets or ice crystals around tiny particles like dust or pollen. As these droplets accumulate, they form visible clouds that can grow and dissipate based on atmospheric conditions.
Clouds are made up of tiny water droplets or ice crystals that are carried by the wind. They move across the sky and eventually either dissipate or form precipitation such as rain or snow.
Clouds are formed when water vapor condenses into tiny droplets or ice crystals in the atmosphere. They are carried by winds, which can vary in speed and direction at different altitudes. Eventually, clouds may dissipate, release precipitation, or move to another location.
After a morning rain shower, the clouds may begin to break up and dissipate as the sun comes out and warms the air. This process can lead to the gradual clearing of the sky, leading to a sunny day with only scattered clouds or clear skies.
Clouds primarily form due to condensation of water vapor in the atmosphere. It may appear that clouds are ending at a certain area, but in reality, they are constantly moving and evolving based on atmospheric conditions and air currents. Clouds can dissipate or reform as they travel in the atmosphere, giving the impression that they "finish" with us.
When temperatures drop, the water vapor in clouds can condense into tiny water droplets or ice crystals, leading to the formation of denser clouds. This can result in precipitation, such as rain or snow, depending on the temperature. Additionally, colder air can cause clouds to dissipate if they lose their moisture content. Overall, cooling influences cloud formation, density, and precipitation patterns.