Tectonic plates are the large fragments of earth's solid crust, floating atop the molten mantle. they effect mankind by providing us the shape of our landmasses, and various mountains and valleys created by their movement. Also, earthquakes, and to some extent volcanoes are caused in this way, and these can have dramatic effects on mankind.
Because, the plates are located right above the asthenosphere and can move around and when it moves around people may feel the ground shaking but it is not! Tectonic Plates is the reason for the ground moving.
No, it is made of rock but it is made up of many plates that move around the place cause earthquakes. The crust is rock but it is not solid all the way around. The plates are called tectonic plates and if you search "tectonic plates of the world" it should tell you where they are and what they are made up of.
Geological faults are cracks in the crust of the Earth. They are planar fractures in an area of rock where there is displacement of the rock. Faults are usually associated with tectonic plates.
volcanic eruptions happen in Japan because the country Japan (Nippon) is situated on the plates in the Pacific and Philippines. volcanic eruptions happen in Japan because the country Japan (Nippon) is situated on the plates in the Pacific and Philippines.Well volcanic eruptions happens because the crust is made up of a huge slab of plates that fit together like a jigsaw puzzle and the plates moves which causes friction and makes the volcanoes erupt, volcanoes are on the edge of the plates this is called tectonic plates.
No, not directly. But the climate problems that we cause surely affects the nature. Actually, no. Man cannot create earthquakes no matter how hard they try. Maybe there are climate problems, but if you went through school ^^^, you would know that earthquakes occur underground and have nothing to do AT ALL with meteorology. Just so you know.
Yes.
No. It was a natyral shift of tectonic plates
The reason the tectonic plate boundaries relate to mountains is because of the principle known as the Continental Drift. The theory of the Continental Drift was proposed in 1915 by a man named Alfred Wegener. His theory states that that earth's face is covered in tectonic plates that continuously move about 4 centimeters each year. When these tectonic plates collide, one plate is forced down while the other is is forced up forming moutains. For example, Mount Everest, which, never stops growing.
No, it is made of rock but it is made up of many plates that move around the place cause earthquakes. The crust is rock but it is not solid all the way around. The plates are called tectonic plates and if you search "tectonic plates of the world" it should tell you where they are and what they are made up of.
Everything on Earth is on a tectonic plates. Some lakes form as a result of plate tectonics, but not all. Lakes may form in between mountains or downthrust areas created by plate tectonics. In other cases, though, lakes may form in impact or volcanic craters, areas carved out by glaciers, or on streams dammed by landslides. There are even man-made lakes.
Geological faults are cracks in the crust of the Earth. They are planar fractures in an area of rock where there is displacement of the rock. Faults are usually associated with tectonic plates.
I saw a man juggling six plates! We are using paper plates this evening.
Usually from slipping (faults and faulting) of tectonic plates or movement of fault planes, or when tectonic plates collide together. Oscillation by mechanical (man-made) means, explosions, landslides, rockfalls, and volcanic eruptions have been known to cause localized earthquakes. Underground (subsurface or near subsurface) detonations are a suspected additional cause of earthquakes.
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An earthquake is a shaking of the ground caused by the sudden breaking and movement of large sections (tectonic plates) of the earth's rocky outermost crust. The edges of the tectonic plates are marked by faults (or fractures). Most earthquakes occur along the fault lines when the plates slide past each other or collide against each other.The shifting masses send out shock waves that may be powerful enough toalter the surface of the Earth, thrusting up cliffs and opening great cracks in the ground andcause great damage ... collapse of buildings and other man-made structures, broken power and gas lines (and the consequent fire), landslides, snow avalanches, tsunamis (giant sea waves) and volcanic eruptions.
a man riding atop a horse