cold
Yes. Intense thunderstorms have high cloud tops, and they higher they go the colder they get.
If a big thunderstorm forms on a snow day, then it would be a blizzard, not a storm because the water drops that the thunderstorm cloud drops will freeze into ice crystal shards and snowflakes, resulting in a snowstorm and/or sleet.
Thunderstorm downdrafts are cold because the air has been cooled by rain. The cooled air then sinks as it has become denser than the surrounding air.
No. Usually, when warm air moves against a stationarymass of cold air, the warm air will gently move over the colder air and a light, long lasting rain shower will take place. If a moving mass of cold air violently shoves warmer air upward, then the rains are usually more intense.
lightning shocking the ground, at first it is invisible, after it shocks the particles speed up and form a large cloud in the atmosphere the excited particles slow down and strike earth again as lightning and so the cycle continues
Yes. Intense thunderstorms have high cloud tops, and they higher they go the colder they get.
Perhaps there is an equality met.
If a big thunderstorm forms on a snow day, then it would be a blizzard, not a storm because the water drops that the thunderstorm cloud drops will freeze into ice crystal shards and snowflakes, resulting in a snowstorm and/or sleet.
A Thunderhead is a type of cloud. A Thunderhead may be seen during a thunderstorm and the best chance to see them would be along cold front squall lines.
A thunderstorm, most likely a severe thunderstorm.
A cold front is more severe because it is steeper.
A thunderstorm is a cloud formation where large amounts of water undergoes a cycle of condensation, freezing then revaporizating as the currents of vapor within the cloud rises and falls. This produces static electricity which discharges as lightning. Thunderstorms are caused by a collision of warm air and cold air.
Thunderstorm downdrafts are cold because the air has been cooled by rain. The cooled air then sinks as it has become denser than the surrounding air.
A cold front advancing
Prior to a Thunderstorm, the temperature can range anywhere from 60 to 90 degrees F but the humidity and dewpoint will be very high. As the Thunderstorm releases rain, the temperature will decrease. It brings cold air down from the top of the Thunderstorm.
The warm air mass is generally warmest, and thus most unstable, just ahead of the cold front.
Clouds are not warm because after being high in the air the heat fades away and cools off. At first the cloud is hot because heat causes clouds since heat on water causes evaporation.