The shortest tornado path on record was 7 feet long.
The Joplin, Missouri tornado of 2011 had a damage path of 22 miles.
Forecasters predict the amount of damage from a tornado by analyzing factors such as the tornado's size, intensity, path, and the type of structures in its path. They use computer models and historical data to estimate potential damage levels.
Tornadoes can destroy as much houses as it can depending on the length of their path. Most tornadoes are too weak to destroy houses, causing mostly superficial damage. However, in the works cases a tornado can destroy thousands of houses.
The longest tornado path ever recorded was 219 miles long.
The largest tornado of 2008 in terms of path width, the standard measure of a tornado's size, occurred east of Pardeeville, Wisconsin on June 7. Despite only earning a rating of EF2, the multivortex tornado had a peak path width of 2 miles. The highest rated tornado, though not the largest, was the EF5 tornado that hit Parkersburg, Iowa and killed 9 people. It had a peak path width of 1.2 miles.
Path lengths of tornadoes vary tremendously. A typical tornado path is a mile or two long. Most highly destructive tornadoes have paths more than 15 miles long. The shortest tornado path on record was 7 feet long while the longest was 219 miles.
Of these, tornadoes have the shortest duration.
difference between shortest path and alternate path
The average tornado damage path is 5 miles. But they can be much longer or shorter. The longest recorded damage path was 219 miles. The shortest was 7 feet.
No. A tornado's path is virtually unpredicatable.
Yes, a tornado can wreak everything in its path.
No, it is not.
for finding the shortest path
The average tornado has a path length of 2 to 3 miles.
The longest tornado damage path on record is 219 miles.
The Shortest Path
The process of implementing the successive shortest path algorithm involves repeatedly finding the shortest path from a source node to a destination node in a network, updating the flow along the path, and adjusting the residual capacities of the network edges. This process continues until no more augmenting paths can be found, resulting in the shortest path in the network.