An anvil head cloud is called a cumulonimbus or a very well developed anvil shape is a cumulonimbus incus. These clouds are usually associated with severe thunderstorms and possibly tornadoes.
usually storm clouds bekuz the fog shapes them up into odd shapes and the water in the cloud is uncontrollable
An anvil is a tool used to strike things on. It is flat on the top surface, with a horn that sticks out at the edge. The base has rounded edges.
The type of cloud that develops an anvil head are cumulonimbus clouds. The anvil head is an indication that the cumulonimbus clouds are already mature, which signals severe weather condition.
Cumulonimbus clouds are called anvils because from the side they have an anvil shape.
i would say about 30000-60000 feet high in the sky
flat and white.
Cumulonimbus clouds.
Cumulonimbus incus clouds
The presence of an anvil shape in a thunderstorm is typically a result of powerful updrafts within the storm. As the warm, moist air rises rapidly, it reaches the top of the storm and spreads out horizontally. This spreading out forms the flat, anvil-shaped top of the cloud, which is often associated with severe thunderstorms and can indicate the presence of strong winds and potential for severe weather.
answ2. A cumulus cloud that reaches to great heights will eventually encounter air cold enough to freeze the moisture.[Some of the energy is absorbed by the 'latent heat of fusion' which is when the vapour condenses as liquid water. A smaller quantum of energy is similarly stored as 'latent heat of freezing'.]This temperature gradient will cause vigorous vertical circulation, and will create and store electric charge on some regions.Sometimes the upper layers of the cloud reach a strong cross wind, and in this case, the cloud top will assume the shape of an anvil, and are so called.Cumulus clouds tend to have well defined edges, and have fluffy shapes.
The higher you get in the troposphere, the colder it gets. However, when you reach the stratosphere the temperature starts to increase. A warm parcel of air rising creates a cumulus cloud, and eventually turns into a cumulonimbus cloud, which is a rain/snow cloud. As the warm updraft relies on colder surrounding air for it to be buoyant, as it gets warmer again it is no longer buoyant and begins to flatten out at the base of the stratosphere, unable to rise any further. Evidence of this is shown at the top of the cloud, which appears flattened like a pancake or appearing like an anvil. So it is this increase of temperature in the stratosphere which keeps rain and snow restricted to the troposphere.
cold
Boiling hot magma spurts out of the top and flows down the volcano's side, sometimes producing an ash cloud, like Eyjafjallajokull, Iceland in 2010.
A thunder cloud, or Cumulonimbus cloud, looks like a massive, tall, white puffy cloud with an anvil shaped top and a very dark grey base.
No. The anvil is part of the thunderstorm. Namely it is that part of the cloud that spreads out at the top. Tornadoes form from thunderstorms.
The Cloud forms from UPDRAFTS of 100 MPH and when it hits the Stratsophere it flattens out to form the top of the anvil.
An anvil cloud is an anvil shaped structure at the top of a thunderstorm that results from the updraft hitting stable air, flattening, and spreading out.
The anvil is not actually part of a tornado. it is part of the storm that produces a tornado. Inside a thunderstorm moist air rises as long as it is warmer than its surroundings. However, when the rising cloud of the thunderstorm reaches a comparatively warm layers such as at the top of the troposphere it cannot rise any more, and will spread out, forming a wide, flat top to the storm cloud. This flat top is the anvil.
The anvil is not part of a tornado nor is it directly related to tornadoes. When a thunderstorm forms, is produces a tall cloud called a cumulonimbus. The cloud rises until it reaches a stable layer, at which point the top spreads out flat. This flat top to the thunderstorm cloud is called the anvil. Most tornadoes are produced by a kind of thunderstorm called a supercell. Supercells usually have very well shaped anvils.
The anvil is not part of the tornado, it is part of the parent thunderstorm. The anvil forms when the storm cloud grows upward until hitting a layer of stable air that it cannot rise through. This causes the top of the storm to flatten and spread out.
Tornadoes are made by thunderstorms, made by cumulonimbus clouds. They appear as very tall white puffy clouds with a dark base and an anvil shaped top. Thunderstorms that can produce tornadoes also have a corkscrew appearance or with striations in the cloud tower.
Cumulonimbus incus, which has an obvious anvil top. Only very strong ones, called supercells, spawn tornadoes.Cumulonimbus icnus is the most likely type of storm cloud to produce a tornado. These cumulonimbus clouds are often supercells.Tornadoes can form from any cumulonimbus cloud, but they usually form from Cumulonimbus incus (heaped rain cloud with anvil) with a rotating updraft called a mesocyclone. The type of storm this rotating cumulonimbus cloud brings is a strong thunderstorm called a supercell, the thunderstorm most likely to form a tornadocumulonimbus clouds
The presence of an anvil shape in a thunderstorm is typically a result of powerful updrafts within the storm. As the warm, moist air rises rapidly, it reaches the top of the storm and spreads out horizontally. This spreading out forms the flat, anvil-shaped top of the cloud, which is often associated with severe thunderstorms and can indicate the presence of strong winds and potential for severe weather.
answ2. A cumulus cloud that reaches to great heights will eventually encounter air cold enough to freeze the moisture.[Some of the energy is absorbed by the 'latent heat of fusion' which is when the vapour condenses as liquid water. A smaller quantum of energy is similarly stored as 'latent heat of freezing'.]This temperature gradient will cause vigorous vertical circulation, and will create and store electric charge on some regions.Sometimes the upper layers of the cloud reach a strong cross wind, and in this case, the cloud top will assume the shape of an anvil, and are so called.Cumulus clouds tend to have well defined edges, and have fluffy shapes.
Throw a granade on top of it