that's a question for me 2, lol. is it for homework im stuck on another one aswell question 7) often the first indication of an earthquake, u got that one? e-mail me with help! i have done questions 1,2,3,5,8,9,11,12,13,14,15 and that's it! its - zxzx@live.co.UK
The 2014 Chile earthquake, which struck on April 1, had numerous aftershocks, with reports indicating more than 100 significant aftershocks following the main quake. The largest aftershock registered a magnitude of 7.1. Aftershocks are common in seismic zones, and in this case, many of them were felt in the coastal regions of Chile. The earthquake and its aftershocks highlighted the ongoing seismic activity in the area.
The plates still touch edges. They may not be able to pass eachother softly and smoothly but this causes smaller shocks. There are more than 11,200 aftershocks between Sepetember 4th 2010 and Sepetember 4th 2012
Aftershocks typically occur near the main earthquake fault, but not in the exact same location, because the stress redistribution caused by the main earthquake creates new potential fault planes nearby. This can lead to aftershocks happening in adjacent areas rather than directly on the main fault.
Aftershocks can occur in different places because the stress changes caused by the initial earthquake can be distributed along the fault line, affecting different areas. Additionally, aftershocks can also be triggered by the stress changes transmitted through the surrounding rock layers. These factors contribute to aftershocks occurring in various locations rather than just one.
By definitiona an aftershock is always smaller than the larger earthquake that preceeded it. If an earthquake then occurs that is of larger magnitude and related to the prior seismic activity it is redesignated as the mainshock and all pre-recording quakes are re-designated as foreshocks.
More than 50 aftershocks all measuring about 4.9
There were numerous aftershocks following the Chile earthquake, with the strongest ones occurring within the first few days. The exact number of aftershocks can vary depending on the source, but there were hundreds reported following the main earthquake event.
29 or over 9000
The 2014 Chile earthquake, which struck on April 1, had numerous aftershocks, with reports indicating more than 100 significant aftershocks following the main quake. The largest aftershock registered a magnitude of 7.1. Aftershocks are common in seismic zones, and in this case, many of them were felt in the coastal regions of Chile. The earthquake and its aftershocks highlighted the ongoing seismic activity in the area.
Not exactly, aftershocks are (as the name suggests) after the earthquake and their magnitude is only 1-2 on the scale (normally a lot less than the earthquake it self) :)
The earthquakes that immediately follow a major earthquake shock are called aftershocks. Aftershocks occur as the Earth's crust adjusts to the stress changes caused by the initial earthquake. While most aftershocks are smaller in magnitude than the main earthquake, some can still be strong enough to cause damage.
Yes. However the preceding earthquakes (including the one that was originally the largest) are then downgraded or renamed as foreshocks and the new larger magnitude earthquake is termed the main shock.
The plates still touch edges. They may not be able to pass eachother softly and smoothly but this causes smaller shocks. There are more than 11,200 aftershocks between Sepetember 4th 2010 and Sepetember 4th 2012
Aftershocks can occur in different locations because they are caused by the adjustment of the Earth's crust after the main earthquake, which can trigger stress changes in nearby or connected fault lines. These aftershocks often reflect the redistribution of stress in the surrounding rock mass rather than just the immediate area of the initial earthquake.
An aftershock is a smaller earthquake that follows the main earthquake, usually occurring in the same area and caused by the shifting of rock underground. Aftershocks can happen within hours, days, or even months after the initial earthquake. These can be as strong as or weaker than the main earthquake.
Japan gets over 1000 earthquakes a year. So it is likely that there was more than that hit during that period of time, however if one did hit it would have probably been marked as an aftershock.
The small waves on a seismogram after an earthquake typically represent aftershocks or smaller tremors following the main earthquake event. These waves can vary in size and frequency but are usually less intense than the initial earthquake.