That would be the Richter scale, which goes from 1 which is barely noticable; to the 10 which would be very massive.
A seismograph records earthquake waves.the correct answer is a seismometer a seismograph is the graph to show the recordings
That would be a seismometer. (size-MOM-uh-ter)
a tool used by scientists to measure earthquakes by movement
A seismograph is the reading that comes from a seismometer. They are used to measure the seismic waves that are generated by volcanoes and earthquakes.
Waves produced by earthquakes are called seismic waves. These waves can be further categorized into primary (P-waves), secondary (S-waves), and surface waves.
A seismograph records earthquake waves.the correct answer is a seismometer a seismograph is the graph to show the recordings
That would be a seismometer. (size-MOM-uh-ter)
a tool used by scientists to measure earthquakes by movement
The waves produced by earthquakes are called seismic waves.
Earthquakes are caused when energy is released as the lithosphere (crust and upper mantle) of the Earth moves. Energy is emitted in the form of waves. There are different types of waves, some move faster, slower, sideways, or up and down. A seismograph records these waves on a seismogram.
Used to measure earthquake activity with sound waves.
Primary waves, Secondary waves, and Seismic waves
Seismic waves
Waves produced by earthquakes are called seismic waves. These waves can be further categorized into primary (P-waves), secondary (S-waves), and surface waves.
A seismograph is the reading that comes from a seismometer. They are used to measure the seismic waves that are generated by volcanoes and earthquakes.
A seismograph is the instrument used to record earthquake waves. It consists of a vibrating mass attached to a fixed base, which moves during ground shaking and produces a record of the seismic waves on a rotating drum or digital display.
A seismograph records data on ground motion caused by seismic waves, such as those generated by earthquakes or explosions. It measures the amplitude and frequency of these waves to determine their source location, magnitude, and characteristics.