The graphical record of an earthquake
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The graphical output from a seismograph is called a seismogram. Figure 12.10 (right) shows how a seismograph works. The instrument consists of a frame or housing that is firmly anchored to the ground.A seismograph, or seismometer, is an instrument used to detect and record earthquakes. Generally, it consists of a mass attached to a fixed base. During an earthquake, the base moves and the mass does not. The motion of the base with respect to the mass is commonly transformed into an electrical voltage.
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The Correct solution is Seismogram
- Earthquakes unleash energy in the form of seismic waves as the Earth trembles.
- The primary earthquake measuring instrument is a seismograph.
- The seismograph records the ground motion induced by seismic waves as a digital graphic.
- A seismogram is a name for digital recording.
- The power and duration of the earthquake's waves are detected and measured by a global network of seismographs.
- The seismograph generates a digital graphic mapping of the event's ground motion.
- The instrument is made up of a sturdy frame or enclosure that is affixed to the ground.
- On a spring, a mass is suspended from the housing and can move freely.
- When the ground trembles, the house trembles as well, but the mass remains constant.
- A seismogram is created when a pen attached to the mass goes up and down on a revolving drum of paper, forming a wavy line.
- The Moment Magnitude Scale is now used to determine the magnitude of earthquakes (MMS).
- The rocking movement along the fault is measured by MMS. Broader earthquakes, which can last minutes, affect a much larger region, and inflict more damage, are properly measured.
- The local Richter magnitude (ML), body-wave magnitude (Mb), and surface wave magnitude can all be measured with the Moment Magnitude (Ms).
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