The extent to which a 5000 foot high wave would go inland depends on various factors such as the slope of the land, obstacles in its path, and the initial strength of the wave. Generally speaking, a wave of this magnitude could potentially cause significant damage and travel several miles inland in flatter coastal areas, while in steeper terrain or areas with natural barriers, its inland penetration would be more limited.
Depends on the rise. If it was similar to the Japan Tsunami 3/11/11 it would go around 1000 miles inland. If it was just a tall thin wave it would go half the size of height. Then again its possible it could go all around the world but it all depends on the elevation....
31 miles is 163,680 feet. At that altitude, there is almost no air pressure, and it is intensely cold. Your tsunami would attempt to boil (due to low air pressure) while it was freezing (about -90 degrees F). The falling ice would probably go a few hundred miles inland. Interesting question, though. Why 31 miles high?
Imagine 5 cubes, each 1 foot wide, 1 foot long and 1 foot high. Rough view would be a space 1 foot wide, 1 foot tall and 5 feet long.
it will rain
Belize is too close to the equator to be at a significant risk for hurricanes. The majority of the country is at fairly low elevations and is in a geologically active area, so the probability of tsunami is fairly high in coastal regions, and the low inland elevations and high rainfall make inland flooding likely.
Missouri has a fairly high incidence of tornadoes, some as strong as EF5, but is too far inland to get hurricanes.
It would depending on the height of the terrain and sea level. However, if it was a flat piece of land, it would easily crest a couple hundred miles inland.
a foot high
5000 ft = 1524 meters
Relative to 500 ohms 5000 ohms is a high impedance. It is ten times higher.
Yes.
Indonesia :)