passing over cooler water or land
A nuclear blast is unlikely to have a significant impact on a hurricane. The energy released from a nuclear blast is far less compared to the energy of a hurricane. The hurricane's strong winds and dynamics would likely dissipate or diminish the effects of the blast.
A tornado can have stronger winds than a hurricane. The very strongest tornadoes have winds just over 300mph while a the very strongest of hurricanes have winds of about 190 mph or sometimes more However, tornadoes and hurricanes that strong are very rare.
The size of a hurricane influences its duration because larger storms often have more extensive weather systems and can sustain their energy over a broader area, potentially prolonging their impact. Additionally, smaller hurricanes may dissipate more quickly as they exhaust their energy or encounter unfavorable conditions. Therefore, assessing the size helps meteorologists estimate how long the storm will maintain its intensity and affect the surrounding regions.
Yes, a hurricane is an example of kinetic energy in the form of wind. As it moves across the ocean and land, the hurricane's wind carries significant energy that can cause damage and destruction.
Heat of water.
In terms of energy output an earthquake is stronger.
No. In terms of wind speed a tornado is the strongest. In terms of energy released and earthquake is the strongest.
The strongest type of extreme weather in terms of overall energy output would probably be a tropical cyclone (hurricane, typhoon, etc.). In terms of the violence of the event a tornado is the strongest.
A hurricane begins to dissipate after making landfall because it loses its main source of energy, which is the warm ocean water that fuels its strength and intensity. Once the storm moves over land, it no longer has access to this warm water, causing it to weaken and eventually break apart.
A nuclear blast is unlikely to have a significant impact on a hurricane. The energy released from a nuclear blast is far less compared to the energy of a hurricane. The hurricane's strong winds and dynamics would likely dissipate or diminish the effects of the blast.
As a hurricane moves over cold water, it loses its main source of energy which is the warm ocean water. This causes the storm to weaken and eventually dissipate as it lacks the warm water needed to maintain its strength and intensity.
No. A hurricane delivers kinetic energy.
When a hurricane moves inland, it loses its main source of energy (warm ocean water) and begins to weaken. It may also create heavy rainfall, strong winds, and tornadoes as it moves over land. Eventually, the hurricane will dissipate into a less organized storm system.
where on the earth is heat energy from the sun the strongest
As I understand it, hurricanes develop, and enlarge as a result of absorbing ENERGY in the form of HEAT from the water over which they travel.Therefore, the greater the heat, the greater the chances of a hurricane growing larger and more violent. And the converse of that is also true: As the temperature of the mass [water or land] over which the hurricane travels decreases, the greater the tendency for it to weaken and dissipate.
To store, absorb and dissipate energy.
A tornado can have stronger winds than a hurricane. The very strongest tornadoes have winds just over 300mph while a the very strongest of hurricanes have winds of about 190 mph or sometimes more However, tornadoes and hurricanes that strong are very rare.