Soil liquefaction results when one of these events occurs around loose, saturated soils, and the elastic-rebound theory explains how energy is spread during these processes. Trilateration can be used to pinpoint the focus and (*) epicenter of these events, a majority of which occur around the Pacific Ring of Fire. A seismometer is used to measure the scope of one of these by applying a moment magnitude scale, the most famous example of which is the Richter scale. For ten points, identify this natural phenomenon in which seismic waves cause the ground to shake.
Soil liquefaction results when one of these events occurs around loose, saturated soils, and the elastic-rebound theory explains how energy is spread during these processes. Trilateration can be used to pinpoint the focus and (*) epicenter of these events, a majority of which occur around the Pacific Ring of Fire. A seismometer is used to measure the scope of one of these by applying a moment magnitude scale, the most famous example of which is the Richter scale. For ten points, identify this natural phenomenon in which seismic waves cause the ground to shake.
Soil liquefaction results when one of these events occurs around loose, saturated soils, and the elastic-rebound theory explains how energy is spread during these processes.
{Earthquake}