Water Vapour is considered as gas and since its particles are spread out it is light and therefore able to rise up into the clouds. As the clouds gather/collect water vapour it gets heavier. Cold air cools down the water vapour turning it back into water droplets and fall back to the ground.
White frozen water vapor is called snow. It forms when water vapor in the atmosphere freezes into ice crystals, which then fall to the ground as snowflakes.
Clouds don't really collapse but they do 'fall' from the sky as rain. You see clouds are made from water vapour that evaporate from the sea forming clouds and think how do they fall the fall by rain the water vapour creates water droplets and it's too heavy so they fall by rain
Water changes into water vapor through a process called evaporation, where heat energy causes liquid water molecules to gain enough energy to break free and enter the air as gas. As the water vapor rises, it cools and condenses around tiny particles in the atmosphere, forming tiny droplets. When these droplets cluster together, they create clouds. Continued condensation leads to larger droplets, which can eventually fall as precipitation.
Individual droplets are so small, that they can stay suspended in the air. If the droplets combine into larger drops that are too heavy to stay suspended, they fall as raindrops.
No, the sky will not fall down. The sky is the Earth's atmosphere that surrounds us, and it is held in place by the force of gravity.
White frozen water vapor is called snow. It forms when water vapor in the atmosphere freezes into ice crystals, which then fall to the ground as snowflakes.
Water vapour is most commonly know as a steam substance when water has started to boil and turn into a gas. Water vapour on a lake for example will rise into the atmosphere and start to condense into a cloud which will later on fall as a liquid (rain) when it is cool. This is called Changing State.
Snow forms when water vapor in the atmosphere freezes into ice crystals. These ice crystals then combine to form snowflakes. When these snowflakes become heavy enough, they fall to the ground as snow.
When the water vapour in clouds merge and become droplets, they will fall as rain. Two basic reasons are the droplets have become too heavy, and gravity.
CloudsThe rain comes from the clouds which has water in the form of water vapour .These water vapour condenses due to low temperature in the atmosphere and come to earth as rain or in any other way of precipitation
it's the water cycle. the water from the ocean's evaporate with the heat from the sun and go up as water-vapour. they from clouds. when the clouds pass over mountains or when the clouds become heavy, the water vapour condenses and comes down as rain.
Precipitation is a flocking of water mist to a large dew and fall down. Process that release energy is condensation when water vapour condense to small mist.
The rain water runs to the ground from which the water evaporates into the atmosphere in the form of vapour.&then by the process of condensation the watervapour becomes cloud&its fall on the ground.in this way the rain water circulates ground to air&air to ground.
The basic rule is what goes up must come down in the case of rain water vapour in the air condences as a result of cooling to form droplets which eventualy have to fall down.
Water from the ocean is evaporated by the sun, The hot water vapor rises and expands because there is less air pressure higher in the sky , then furhter inland, the water condences into clouds and falls down as rain (or precipitaion). Its called the water cycle
Water vapor condenses in the atmosphere to form clouds and eventually rain. When the water vapor reaches its dew point, it cools and transforms into liquid water droplets, which gather to form clouds. If the droplets grow large enough, they fall as precipitation in the form of rain.
Transpiration is the process in which plants absorb water through their roots and release it into the atmosphere through their leaves as water vapor. This contributes to the water cycle by returning water back into the atmosphere, where it can eventually condense and fall back to Earth as precipitation.