Land forms slow them down considerably. The distance travelled inland is directly related to the change in elevation. It would be interesting to see how far inland this March 11th, 2011 tsunmai travelled past Antioch, California up the delta area.
Depends on where you're talking about. Some regions have high cliffs that would block most of the water. It also depends on how much energy the wave actually has after it breaks against the shore. A mile-high wave would break very far away from the coast, for example, and wouldn't go as far as a smaller tsunami. You'd also have to figure in the elevation of the different areas, so it'd be a complicated calculation. Here's a good link to an article about a 300-foot tsunami and its possible effect on the East Coast to give you an idea of how it's done.
A tidal wave hits the US coastline twice a day, as it does everywhere else in the world.
I think you mean a 'tsunami'.
There are 1000 watts in a Kilowatt. so divide your watts by 1000.
1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg1 mt = 1000 kg
Milli means 1/1000. so there are 1000 milli litres in one litre. 'thanks'
There are 10 millilitres in one centilitre. Therefore, 1000 millilitres is equal to 1000/10 = 100 centilitres.
mili meaning one thousand. So 1 amp = 1000 ma.
The inland northern portion of Finland is called Upland Finland. It contains the Kilpisjarvi area of the Keel Ridge and reaches elevations of about 1000 meters.
The horizontal axis turbine is the worlds largest tidal turbine. It weighs some 1,300 tons, stands over 73 feet and is said to be able to power over 1000 homes.
Sets of Canals!!!
1000 km
A frequency does not travel. Anywhere, ever.
Most of northern and eastern Italy
A.d. 1000
constantinople
100-1000 USD or more depending on specifics.
1000 feet
50 cc tidal volume (awfully little!) x 12 breaths/minute is 600 cc per minute, or 0.6 l. 50 cc tidal volume x 20 breaths/minute = 1000 cc per minute, or 1 l.
1000 minutes