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.
I read the one in Indonesia got up to 30 meters high and went as far as 3km inland. this means for every 10 meters in height the wave can travel 1km inland.Using the above formula, a 2km high wave (2000 meters), could travel 200km inland (2000/10=200).This may be incorrect tho as the waves energy may grow exponentially with height. If this is true it could travel a LOT further inland.Obviously terrain height and natural geographical resistances such as, hills, valleys, forests etc. will use up more of the waves energy and shorten the distance it can travel.In Conclusion:If you were 300km inland and there was a mountain range in between you and the ocean you should be 99.99% safe :)Keep in mind you also need to make sure your not near a fault line or extinct volcano if 2012 becomes real.
A tsunami can be over 100ft tall, and can move over 100mph. It's so fast that it will hit you almost the second you see it. The only way to be safe is to live inland, and at a high elevation.
I have seen 9 foot high sunflowers in the wild.
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.
Yes, 5000 feet is considered high altitude.
a foot high
5000 ft = 1524 meters
Relative to 500 ohms 5000 ohms is a high impedance. It is ten times higher.
Yes.
Indonesia :)
pie ana chese cake
No, she is wayyy to high up!
5000 meters
The inland areas of Antarctica are polar. It's high, cold, dry, windy, dark and icy.
Low tide is when the waves of the ocean dont reach as far inland, and high tide is obviously when the tide reaches farther inland. This depends on the moon as well.