cirrus
A nimbostratus cloud is a type of cloud that appears usually in groups and are large, dark rounded masses. These clouds move slowly and produce precipitation.. These clouds form low in the sky and the rain they produce could go on for days.
A nimbus is a type of cloud that is dark and rain-bearing. It is often associated with stormy weather and precipitation. The term "nimbus" is commonly used to describe a specific type of cumulonimbus cloud that can produce thunderstorms.
it depends if you are asking what type of cloud is it if it produces thunder and precipitation. if so then they are cumulonimbus clouds otherwise know as thunderheads.
Cumulonimbus clouds can produce a variety of precipitation, including rain, snow, hail, or sleet. The specific type of precipitation that is produced depends on the temperature and atmospheric conditions within the cloud.
The nimbostratus cloud is known to produce drizzle as it is a thick, dark cloud that brings steady and light precipitation. Drizzle is characterized by small water droplets that fall slowly and persistently from a cloud layer.
normally cumulus clouds do not produce precipitation. It is cumulonimbus clouds that form rain or snow depending on the season.
Nimbus clouds usually produce precipitation. These clouds are typically dark and thick, such as nimbostratus and cumulonimbus clouds, which are associated with rain and thunderstorms.
Any cloud, including clumlus.
Cirrus clouds do not typically produce precipitation. They are high-altitude clouds composed of ice crystals and are often thin and wispy in appearance.
Cirrus clouds form at high altitudes and appear thin and wispy. They are composed of ice crystals and do not typically produce precipitation.
Nimbostratus
The type of cloud that produces precipitation is called a "nimbostratus" cloud. These clouds are thick, dark, and typically cover the sky, leading to steady, continuous rain or snow. Another type is "cumulonimbus," which can produce heavy rain, thunderstorms, and even severe weather like tornadoes. Both types are crucial for the water cycle and weather patterns.