I'm answering this the old-fashioned way: with a current literature search (since January 2012)--
Deep-water bottom current research in the northern South China Sea using a reflection seismic method - (Acta Oceanica Sinica 2012-02) - ChinaEarthquake hazards: Putting seismic research to most effective use (Nature 783:7388) - California Traveling ionospheric disturbances: simulation and observation, the importance of latitudinal coupling of gravity wave-Perkins-Es layer instabilities and forcing from pre-seismic events (not yet in press) - Brasil An Introduction to the Regional Italian Project ProSisMu Devoted to the Seismic Protection of Ancient Masonry Structures (Enabling Technologies: Infrastructure for Collaborative Enterprises (WETICE), 2012 IEEE 21st International Workshop) - ItalySeismic Design Scope of Tower Structures for UHV Transmission Lines on the Zone of Earthquake Fortification Intensity 8 (Advanced Materials Research (Volumes 446 - 449) - Chinaand 13,000+ other entries, about equally divided between technologies to detect/predict earthquakes and methods to protect structures from earthquake damageScientists who study earthquakes are called seismologists. They analyze and study the behavior, patterns, and effects of earthquakes to better understand seismic activity and improve earthquake prediction and mitigation.
False. While studies on earthquakes can improve our understanding of the Earth's dynamics and mechanisms that cause earthquakes, accurately predicting when and where earthquakes will occur is currently not possible. Earthquakes are complex natural events with many variables at play, making accurate predictions challenging.
Scientists use instruments called seismometers to detect and record seismic waves emitted by earthquakes. By analyzing the timing and intensity of these waves at different monitoring stations, scientists can triangulate the epicenter of the earthquake and determine its exact location.
The scale most widely used by scientists for measuring earthquakes is the Richter scale. This scale measures the magnitude of an earthquake based on the energy released at the source.
a tool used by scientists to measure earthquakes by movement
Because of the study of seismic waves from earthquakes
Yes they can but only a couple of minutes before it strikes. Scientists know where earthquakes could occur but the when is unknown until a few minutes beforehand.
Scientists use seismographs.
The seismic waves that the earthquakes make travel slowly and scientists can track them
By looking at the rocks and the way the layers of rock are stacked scientist feel they have pretty good idea of the time and severity of many past earthquakes.
scientists who study earthquakes
Seismograph.
Nobody can know that for sure. Earthquakes are unpredictable and scientists have not been able to predict them at this time.
comparing rubber bands to earthquakes is not common almost all scientists do not compare those two.
using a seismograph
the rictor scale
Earthquakes happen when the Earth's crust shifts violently. So if we know that an earthquake has happened in California, then scientist know that the crust under California is unstable, therefore making earthquakes more likely to happen there. Earthquakes can happen anywhere, but the tend to happen repeatedly in certain spots