When the tablecloth is pulled from under the plates, the plates will tend to remain in place due to inertia, a principle described by Newton's first law of motion. As the tablecloth is removed quickly, the friction between the plates and the cloth is not enough to overcome their inertia, causing them to slide slightly or remain stationary for a brief moment before potentially toppling over. This phenomenon demonstrates the concept of inertia, where objects at rest stay at rest unless acted upon by an external force.
Continental plates are tectonic plates. They are tectonic plates upon which continents rest, and they move as do all tectonic plates. Basically, there is no difference, other than the fact that oceanic plates are another type of tectonic plate.
Yes.Yes.Yes.Yes.
Tectonic plates move both horizontally and vertically. Most tectonic plate movement occurs horizontally along plate boundaries through processes like subduction, spreading, and transform motion. However, vertical movement can also occur, such as during the formation of mountain ranges through crustal uplift or subsidence of areas due to tectonic forces.
J. Tuzo Wilson did not directly prove Alfred Wegener's theory of continental drift. Instead, Wilson proposed the theory of plate tectonics, which provided a comprehensive explanation for the movement of Earth's lithosphere. This theory incorporated and expanded upon Wegener's ideas, leading to a better understanding of the mechanisms driving the movement of Earth's crustal plates.
All earthquakes have the same cause, which is the movement of the Earth's crustal plates resulting from convection currents in the magma upon which they float.
Around the earth, there are plates that everything rest upon and these plates float on the magma under the earth's crust. When one of these plates shifts and rubs up on a plate next to it, pressure is made. When the pressure is relieved, the plate shakes along with anything on it.
Around the earth, there are plates that everything rest upon and these plates float on the magma under the earth's crust. When one of these plates shifts and rubs up on a plate next to it, pressure is made. When the pressure is relieved, the plate shakes along with anything on it.
Continental plates are tectonic plates. They are tectonic plates upon which continents rest, and they move as do all tectonic plates. Basically, there is no difference, other than the fact that oceanic plates are another type of tectonic plate.
Unless an object at rest is acted upon by a force, it stays at rest due to its inertia.
Newton's law of inertia: An object at rest remains at rest unless an unbalanced force acts upon it.
Type your answer here... It formed the basis upon which the rest of chemistry was built.
Anything that's already at rest will.
Intense earthquakes move the lava in the volcanoe causing it to shake and want to errupt from massive movement. The tectonic plates comprising the Pacific ocean basin are being subducted under the tectonic plates comprising the continents enclosing the Pacific ocean. These oceanic plates contain significant amounts of water, which lowers the rock's melting temperature. As the subducting plate material goes lower, it gets hotter and is put under high pressure. When the rock gets hot enough to melt the pressure pushes it into cracks in the overlying continental plate edge. When the melted oceanic crustal rock can make it to the surface of the continental crustal rock a volcano is created. Such volcanoes tend to be explosive due to the high water content of the lava, which flashes to steam upon escape.
Yes.Yes.Yes.Yes.
An external force.
This is known as Newton's first law of motion, which states that an object at rest will remain at rest unless acted upon by an external force. This principle is also known as the law of inertia.