It will probubly do a lot of damage and hopefully not to the lds temple
Every place on earth is on a tectonic plate as the earth crust consists of tectonic plates. And every tectonic plate is constantly in motion (as they float on magma, beneath the crust). Places which suffer most of earthquakes are in between two tectonic plates. an example of such a place is the City of Los Angeles in California. Mid Oceanic ridges and rifts and mountains are also results of plate tectonics.
Earthquakes, canyons, new land forms. The city literally separating into 2 pieces.
Mexico City is affected by the subduction zone between the Pacifc, North American and Cocos tectonic plates. Mexico City itself is not located in the proximity of any fault.
Not San Francisco proper, but parts of the metropolitan area do. The city of San Francisco itself lies entirely on the North American plate, with the San Andrea Fault passing just south and west of the city. Parts of nearby Daly City and Pacific lie on the Pacific Plate.
The state of Florida is a very large plateau. Most of the land is underwater. The highest point in the entire state is located in the city of Lakewood. The point is just 345 feet high.
Every place on earth is on a tectonic plate as the earth crust consists of tectonic plates. And every tectonic plate is constantly in motion (as they float on magma, beneath the crust). Places which suffer most of earthquakes are in between two tectonic plates. an example of such a place is the City of Los Angeles in California. Mid Oceanic ridges and rifts and mountains are also results of plate tectonics.
No. Everything lies on a tectonic plate. Cities that lie near where 2 tectonic plates meet have earthquakes. Tectonic Plates expand and contract, and it is often that they expand and rub against each other. As they rub, they may overlap and cause an earthquake. Obvioulsy, a city directly above where they overlap will feel it more than a city which is in the middle of a tectonic plate.
Earthquakes, canyons, new land forms. The city literally separating into 2 pieces.
Mexico City is affected by the subduction zone between the Pacifc, North American and Cocos tectonic plates. Mexico City itself is not located in the proximity of any fault.
Juneau
The earthquake in Tokyo occured because, Tokyo lies on three tectonic plates. When those plates come together, seperate, or slide past each other an earthquake happens. However, Tokyo is also a city in a major fault zone!
It happened on the subduction zone between the Cocos and Caribbean Tectonic Plates at the coordinates 18.190 -102.533. It happened at roughly 16 km (10 mi) below the surface.
The buildings in New York City have no real reason to be built sturdy enough to survive earthquakes. New York is not in any real danger of earthquakes. This is because New York is in the middle of a tectonic plate. Tectonic plates make up the earth's surface, and the action of these plates rubbing against each other or colliding with each other is what causes earthquakes. A place like San Francisco, on the other hand, is on the edge of a plate, so this is the reason buildings in that area are built stronger.
Not San Francisco proper, but parts of the metropolitan area do. The city of San Francisco itself lies entirely on the North American plate, with the San Andrea Fault passing just south and west of the city. Parts of nearby Daly City and Pacific lie on the Pacific Plate.
Various companies around the country use the name Tectonic. Tectonic Engineering & Surveying Consultants P.C. is a multi-disciplined engineering firm. Tectonic Theater Project is a company headquartered in New York City. Tectonic Solutions, Inc. is a software company in Kennesaw, GA.
The state of Florida is a very large plateau. Most of the land is underwater. The highest point in the entire state is located in the city of Lakewood. The point is just 345 feet high.
The Mexico City 1985 earthquake occurred due to friction between the Cocos and North American tectonic plates. Specifically, on the southern coast of Mexico, at a depth of 15 kilometers below the sea level. (Coordinates: 18.42, -102.38)