B. Match the descriptions in column A with the concepts in column B. A 1. A break in rocks along which displacement occurs A. B earthquake 2. A measure of the effects of an earthquake in an area B. epicenter 3. The point of origin of energy released by an earthquake C. fault D. focus E. 4. A measure of the strength of an earthquake in terms of energy released intensity F. landslide G. 5. The ten-point scale adopted by PHIVOLCS to measure the intensity of an earthquake liquefaction H. magnitude I. PEIS 6. The shaking of the Earth when energy stored in rocks beneath the ground is released J. Rossi-Forel scale 7. The point on the Earth's surface directly above the subsurface origin of an earthquake K. tsunami 8. The destructive waves generated by the displacement of water due to underwater seismic or volcanic activities 9. The saturation of the ground with water due to earthquakes, which causes the structures built above it to tilt or sink 10. The downward movement of soil or rock because of loose rocks and soil materials and reduced cohesive forces between particles ,what is answer in 1to10 I didn't find it
Answer (1)
A break in rocks along which displacement occurs - C. FaultA measure of the effects of an earthquake in an area - E. IntensityThe point of origin of energy released by an earthquake - D. FocusA measure of the strength of an earthquake in terms of energy released - H. MagnitudeThe ten-point scale adopted by PHIVOLCS to measure the intensity of an earthquake - I. PEISThe shaking of the Earth when energy stored in rocks beneath the ground is released - B. EarthquakeThe point on the Earth's surface directly above the subsurface origin of an earthquake - B. EpicenterThe destructive waves generated by the displacement of water due to underwater seismic or volcanic activities - K. TsunamiThe saturation of the ground with water due to earthquakes, which causes the structures built above it to tilt or sink - G. LiquefactionThe downward movement of soil or rock because of loose rocks and soil materials and reduced cohesive forces between particles - F. Landslide
