Answer:
To form a thunderstorm there must be strong convection to form a Cumulus cloud, which depending on the moisture and the strength in convection process can lead to a Cumulus Nimbus, which is the type of clouds responsible for the heaviest thunderstorms.
Explanation:
Convection is the process known to form the Cumulus clouds that are responsible for most storms, these clouds are charged with water particles that eventually precipitates.
These clouds can be formed by the orogenic process ( humid air colliding with mountain ranges), Cold and warm fronts colliding making hot humid air raise condensate water particles and forming clouds, and localized convection in unstable air masses. These processes are known as the Cumulus stage.
In the Mature Stage, depending of the amount of humidity present in the formation process, the cumulus can grow bigger and appear darker because of the number of water particles that are being held by the cloud.
If the amount of water is enough and the cloud has an anvil-like appearance, a cumulus nimbus has formed, these clouds are the most unstable and are responsible for the biggest thunderstorms.
By the weather it will be distinguished
Answer:
A natural disaster is a major adverse event resulting from natural processes of the Earth; examples include firestorms, duststorms, floods, hurricanes, tornadoes, volcanic eruptions, earthquakes, tsunamis, storms, and other geologic processes.
Answer:
<u>Mercury is considered to be most densest and Jupiter has least </u>
Explanation:
- As being a terrestrial planet mercury has a density of 5.427g/cm cube only slightly less than earth. As mercury is smaller as compared to the earth its thinner regions are subjected to fewer compressions and thus high density is believed to be of the iron-rich core.
- As nickel and iron are believed to make up 70% planet ms higher than other planets while the mass of silicate rocks account for 30%. Mercury has a gravity of 3.7m/s square. which is equivalent to 0.38 of earth's gravity.
- As a gas planet, Jupiter has a density of 1.326g.m/cm cube being a second densest gas planet in the solar system. Measured from the surface Jupiter's gravity is half that of the earth.