Because they are so small they are easily kept up by the rising air. So the reason that clouds can hold water droplets is because the air in clouds is rising, and the rising air keeps pushing the water droplets up. Basically, it’s the same with snow, but a cloud holding snow or ice crystals must be colder.
First of all, the droplets of water are very very small, smaller than the head of a pin. Because they are so small they are easily kept up by the rising air. So the reason that clouds can hold water droplets is because the air in clouds is rising, and the rising air keeps pushing the water droplets up.
When I was reading we ran into the question “How does a cloud fill up with water?”.
What You Need: a glass jarblack papertapewarm waterice cubessmall metal bowl or a metal baking sheet (should completely cover the opening of the jar )a matcha flashlight (optional)an adult to help.
My answer is mainly spring and autumn. Time of day. When the sun rises and warms mountainous areas and basins, the sea of clouds disappears. There are a few conditions regarding the weather, weather, and location: mountainous areas and basins too are a couple more items to examine.
How do clouds regulate their own energy?
Depending on their altitude, structure and composition (ice or water) clouds will regulate energy differently. One cloud may trap heat by reflecting energy back to the surface. Another may reflect sunlight and cause the surface to cool. You may have noticed that a cloudless night can be much colder than a cloudy night.
How do clouds use energy?
High, thin clouds primarily transmit incoming solar radiation; at the same time, they trap some of the outgoing infrared radiation emitted by the Earth and radiate it back downward, thereby warming the surface of the Earth. The energy coming from the sun to the Earth’s surface is called solar energy.
How do clouds affect the Earth’s surface?
Clouds within a mile or so of Earth’s surface tend to cool more than they warm. These low, thicker clouds mostly reflect the Sun’s heat. This cools Earth’s surface. Clouds high up in the atmosphere have the opposite effect: They tend to warm Earth more than they cool. High, thin clouds trap some of the Sun’s heat.
Thus, high clouds will cause a warming of the Earth’s surface. Low clouds are excellent reflectors. But, they don’t stop the longwave energy from escaping to space. Therefore, low clouds help to cool the Earth.
Well, that depends on where the clouds are in Earth’s atmosphere. Clouds within a mile or so of Earth’s surface tend to cool more than they warm. These low, thicker clouds mostly reflect the Sun’s heat.
What is a cloudburst and how is it different from rain?
Rain is condensed water falling from a cloud while cloudburst is a sudden heavy rainstorm. A report in the Down to Earth said a cloudburst is different from rain only in the amount of rainfall recorded. Rain over 100mm per hour is categorised as a cloudburst.
Cloud burst is also known as a flash flood, it occurs when clouds with very high humidity stop at one place and droplets of water begin to mix together. The density of the cloud increases greatly with the weight of the drops and then suddenly heavy rain starts.
Cloudburst is caused due to the new warm clouds pushing the existing layer of clouds upwards. The phenomenon where existing vapour is taken upwards due to the warm air restricting the fall. Making no way for those drops to come down, the new drops form.
Cloudburst can cause flash floods in an instant without people realizing the speed at which it could happen. The water would so fast that it can not give you much time to think and get to take necessary action. Being under the shelter could always help. Cloudburst could not only be in the form of rain but it could be hale as well as rain .