Wiki User
∙ 11y agoIncrease in humidity, and decrease in temperature.
Wiki User
∙ 11y agoWhite fluffy clouds, known as cumulus clouds, do not bring rain on their own. Rain typically falls from higher-level clouds such as nimbostratus or cumulonimbus clouds, which have more moisture and larger vertical development. Cumulus clouds may eventually develop into rain-producing clouds if they continue to grow and merge with other clouds.
Cumulus clouds can develop into tornadoes when warm, moist air rises rapidly, creating a strong updraft that can cause the cloud to rotate. If the rotation intensifies and becomes organized, it can eventually lead to the formation of a tornado. Additional atmospheric conditions, such as wind shear, also play a role in tornado formation.
They don't. It is the other way around. Cold fronts commonly cause cumulonimbus. Such clouds form when the atmosphere is unstable, meaning that a parcel of air, when given an upward nudge, will continue to rise on its own. A cold front provides that upward nudge to trigger cumulonimbus development.
Cumulonimbus clouds appear dark due to their significant vertical development, allowing them to reach higher altitudes where more moisture is present. This, coupled with the thickness of the cloud and the way they block out sunlight, creates the dark appearance. Additionally, when cumulonimbus clouds are laden with water droplets or ice crystals, they can appear even darker.
Cumulus clouds are fluffy, white clouds with a rounded shape and flat base. They usually signal fair weather, but can also develop into larger storm clouds if conditions are right. Cumulus clouds are formed by the vertical convection of warm air rising and cooling in the atmosphere.
They don't. However, a cumulus cloud can develop into a cumulonimbus cloud (a.k.a. thunderstorm) under the right conditions. Even then conditions have to be specific for it to produce a tornado.
Cumulus clouds are associated with fair weather. They are usually seen on sunny days and can indicate a stable atmosphere. However, if cumulus clouds grow vertically and develop into cumulonimbus clouds, they may bring thunderstorms and rain.
Cumulus clouds are puffy, billowing clouds rather than stratified, and can exist as well-defined within a mass of otherwise clear air. Rapid heating can cause towering cumulus clouds or may create the related forms known as cumulonimbus (thunderstorm) clouds.
There are two main rain/snow making clouds. Nimbostratus, a thick uniformly grey cloud at low heights will cause light to moderate rain or snow to fall over long periods of time. Cumulonimbus, a massive white towering cloud sometimes with the shape of an anvil, with a very dark appearance from below. These clouds will make very heavy rain/snow fall over a short time, often with the presence of lightning. These are the clouds that will make rain and snow
No. First of all, cirrus are high-altitude whispy clouds. Low-altitude puffy clouds are called cumulus. Cumulus clouds can occasionally produce a few drops of rain, but usually indicate fair weather. Precipitation is more often associated with stratus and cumulonimbus clouds.
Cumulus clouds are large, white, fluffy clouds with a flat base. They often have a distinct cauliflower-like appearance and are usually seen on fair weather days. They are commonly found at low to middle altitudes in the sky.
White fluffy clouds, known as cumulus clouds, do not bring rain on their own. Rain typically falls from higher-level clouds such as nimbostratus or cumulonimbus clouds, which have more moisture and larger vertical development. Cumulus clouds may eventually develop into rain-producing clouds if they continue to grow and merge with other clouds.
what are the six that cause a change in supply
Weathering and erosion cause exposed land to change.
cumulonimbus
A cumulonimbus cloud
In most models, the factors that can cause a change in supply include: 1) Change in the capital stock. 2) Change in the labour stock. 3) Change in the level of technology. 4) Change is utilisation rates of capital and labour.