A force that acts on rock to change its shape or volume.
The stress of an earthquake is how much force has been built up for a period of time between two tectonic plates.
Earthquakes do not have any tension. Within the Earth all stresses are compressive.
By this you could mean 2 things:How long after the main earthquake do aftershocks occur?A: This depends on the magnitude of the main quake, and the faultline and how much tension there is between the tectonic plates.2. For how long after the main earthquake do aftershocks occur?A: This again depends on the magnitude of the main earthquake and the faultline.
Volcanoes and earthquakes are usually found along plate boundaries because the constant movement allows for lava to flow through easier, and causes release in tension from an earthquake.
Earthquakes are caused when tension that has built up at the intersection of two tectonic plates is released. The plates, which constantly shift from the convention currents in the Earth's mantle, will often become snagged on each other as they drift in different directions. They will remain snagged until the force of the mantle becomes great enough to wrench them apart, releasing the tension. This sudden release of massive amounts of energy generates seismic waves, causing the earthquake.
An earthquake's Focus is located directly under the Epicenter of an earthquake. The Epicenterof an earthquake is located on the surface of the earthquake.
tension
tension
yes it does
After the earthquake, the crust has been repositioned, and frictional tension at fault lines once again begins to mount until the next earthquake.
because the plates were rubbing together and the tension stored caused the earthquake so its all to do with plate tectonics
An earthquake is when two of the earths' plates shift to release tension between the two.
The Tension Capable Bearing can accommodate structure vertical loads that vary from compression to tension during seismic movements. This bearing can substantially reduce structural framing costs by preventing uplift of a primary structural member, and can eliminate concerns regarding potential structure overturning or large vertical earthquake motions
It is when two plates in the earth because of the release of stress or tension in the earth's lithosphere.
It isn't really. But there is a release of tension when the rock that has been under tension suddenly snaps into a new position.
ThEy heat the earth. Also they release tension form the plates reducing the chance of a huge earthquake
By this you could mean 2 things:How long after the main earthquake do aftershocks occur?A: This depends on the magnitude of the main quake, and the faultline and how much tension there is between the tectonic plates.2. For how long after the main earthquake do aftershocks occur?A: This again depends on the magnitude of the main earthquake and the faultline.
Most often they were tension bolts used to square up the structure or earthquake bolts commonly used to square up a structure after an earthquake.
Earthquakes relieve the tension building between tectonic plates. so, loads of small earthquakes lessen the chance that a massive earthquake will happen along the same plate boundary.