It depends on what measure you use. If you mean a tsunami in deep ocean water, then no. In the deep ocean a tsunami can move at up to 600 mph. A tornado typically moves at about 30 mph, rarely exceeding 70 mph. Tornadic winds can get to something over 300 mph. If you mean a tsunami near shore, possibly. Near shore a tsunami may slow to a few tens of miles per hour, though the speed depends on the topography.
Generally not. Hurricanes usually have a forwards speed of 10 to 15 mph.
Tornadoes have an average forward speed of 35 mph.
Yes. A tsunami develops in minutes while a hurricane takes days to form.
Yes. A hurricane takes several days to form, while a tornado forms in mere minutes.
A hovercraft is good against a tsunami. It can go faster than a tsunami no matter how big it's waves are.
No, Hurricanes are not stronger than tsunamis! Tsunamis are water waves than piles up to one giant wave that lasts about eight hours wiping out a whole island. Then they pick back up and keeps going to wash out other islands. Once a tsunami hit Hawaii and went to japan which is on the other side of the earth around eight hours which is faster than a jet!
In terms of wind speed, tornado and hurricane winds usually fall into the same range. Tornadoes are capable of producing stronger winds than hurricanes are, however. In terms of traveling speed, tornadoes generally move faster but, again, there is a good deal of overlap.
No. While the winds in a tornado spawned by a supercell may be faster than those in any hurricane, a supercell is small compared to a hurricane and so, as a whole, is less powerful in terms of energy released.
In open ocean, yes. A cheetah can move at 60 to 70 mph. A tsunami in open ocean can move at 500 to 600 mph.
A hovercraft is good against a tsunami. It can go faster than a tsunami no matter how big it's waves are.
They are completely different phenomena and cannot be compared in such a manner
Yes, the tsunami wave is stronger than the hurricane. The tsunami wave is a huge pile of water that can travel on land like one of the tsunami wave hit the states of Hawaii on march 11, 2010 off the west coast of the United States after Japan earthquake. Hurricanes are strong enough to blow houses, vehicles and boats away but then have to go back to the water to get more strength but the tsunami wave just continue traveling without having to go back to the water. The tsunami wave is much stronger than the hurricane and it is big enough to crush the whole entire building.
The winds in a tornado funnel are perhaps faster (and therefore more destructive) than a hurricane, but the diameter of a tornado is very very small compared with a hurricane.
No, Hurricanes are not stronger than tsunamis! Tsunamis are water waves than piles up to one giant wave that lasts about eight hours wiping out a whole island. Then they pick back up and keeps going to wash out other islands. Once a tsunami hit Hawaii and went to japan which is on the other side of the earth around eight hours which is faster than a jet!
In terms of wind speed, tornado and hurricane winds usually fall into the same range. Tornadoes are capable of producing stronger winds than hurricanes are, however. In terms of traveling speed, tornadoes generally move faster but, again, there is a good deal of overlap.
No. For one thing, a tsunami does not have an eye. A tsunami is a massive wave usually triggered by an earthquake. You may be confusing it with a hurricane or typhoon. The eye of a hurricane does not freeze anything. In fact, the air in the eye is a bit warmer than the surrounding air. The freezing eye scenario presented in The Day After Tomorrow is utterly ridiculous.
A Hurricane.
A tornado produces a greater pressure drop over a shorter distance than a hurricane.
No. While the winds in a tornado spawned by a supercell may be faster than those in any hurricane, a supercell is small compared to a hurricane and so, as a whole, is less powerful in terms of energy released.
In open ocean, yes. A cheetah can move at 60 to 70 mph. A tsunami in open ocean can move at 500 to 600 mph.
When a hurricane makes landfall it weakens rapidly, with the winds at lower levels weakening faster than those at upper levels. This difference in wind speed creates wind shear, which can cause the thunderstorms in the rain bands of a hurricane to start rotating. This rotating can then tighten and intensify to form tornadoes.