WATER aka:H2O
Precipitation, like rain, when the temperature in the clouds is below freezing. Sleet and hail also require strong updrafts in the clouds that can lift the snow back up into the cloud repeatedly for additional coatings of ice, until it becomes too heavy for the updrafts to lift again.
Types of precipitation include rain, snow, sleet, and hail. Rain consists of liquid water droplets, while snow is made up of ice crystals. Sleet refers to small ice pellets, and hail consists of larger balls or irregular lumps of ice that form during thunderstorms. Each type varies in form and conditions under which it occurs.
Water is the matter in the water cycle. Ocean and lake water evaporates and goes up into the air. Under certain conditions, this water vapor condenses into tiny water droplets. When the droplets touch each other and join, they become heavy enough to fall as rain, snow, sleet, hail, and so forth. The rain, snow, sleet, hail, and so forth, run off of the land in large percentages and flow by rivers back to the ocean or lakes. This all completes a cycle, but in real life, the water cycle is continually taking place around the world.
Rain, sleet, and snow are all forms of precipitation that occur in different temperature conditions within the atmosphere. Rain consists of liquid water droplets, sleet is made up of small ice pellets formed when raindrops freeze, and snow comprises ice crystals that develop in cold temperatures. The transition between these forms depends on the temperature profiles of the atmosphere as moisture travels from clouds to the ground.
True, precipitation, such as rain, snow, sleet, and hail, is formed from condensed water vapor in the atmosphere. This condensed water vapor is fresh water, as it does not contain salt or other contaminants unless picked up from the ground as it falls.
Wind, Sleet, Snow or Hail. We will deliver your mail!
RainOther common forms of precipitation are snow, sleet, and fog. Oh, and hail. And yes, rain is the MOST common, but snow is very close up there.
Rain, sleet, snow, hail...Freezing rain occurs when the temps at the ground level are colder than the layers higher up.
dew hail sleet or snow
Precipitation, like rain, when the temperature in the clouds is below freezing. Sleet and hail also require strong updrafts in the clouds that can lift the snow back up into the cloud repeatedly for additional coatings of ice, until it becomes too heavy for the updrafts to lift again.
Types of precipitation include rain, snow, sleet, and hail. Rain consists of liquid water droplets, while snow is made up of ice crystals. Sleet refers to small ice pellets, and hail consists of larger balls or irregular lumps of ice that form during thunderstorms. Each type varies in form and conditions under which it occurs.
Hail as in hail stones. Water condenses out of the air as water. It is then subject to cooling, and becomes a piece of ice ( hail). Snow is different in so far, when water condenses out from the air, it condenses directly to ice crystals. These crystals build up to be come snowflakes.
Partially frozen rain is called Snow. This is because when you usually see the first snow fall, it doesn't pile up on the ground right away. It takes time until there are many snow flakes. But what does happen is that it will melt right away. So it's not rain, all water, its not hail, totally frozen ice, but it's Snow. Frozen, but not to a great extent.
Rain and snow are forms of precipitation that can undergo changes after leaving a cloud. Rain can freeze into sleet or hail if temperatures are cold enough, while snow can melt into rain if temperatures warm up.
evaporation: when the water turns into gas and goes up to the clouds condensation: the water in the clouds turn into liquid precipitation: the water comes down as rain, snow, hail, sleet etc.
its dried up snow..
The three types of precipitation are rain, snow, and hail. Rain forms when water droplets in clouds combine and fall to the ground. Snow forms when water vapor in clouds freezes into ice crystals. Hail forms when water droplets are carried up and down in a storm cloud, accumulating layers of ice until they become heavy enough to fall to the ground.