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Stress that pushes a rock in two opposite directions until it bends or breaks is called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
A force that acts on rock to change its shape or volume is called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
A wave or series of waves produced by an earthquake or a landslide is called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
A device that measures seismic waves is called a
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
A fault where shearing causes the rock to slide past in opposite directions at a transform boundary is called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
A number that geologists use to describe the strength of an earthquake is called the
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
The slowest seismic waves that move side to side are called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
Stress that stretches a rock so it becomes thinner is called
Secondary (S) waves
Strike- Slip fault
Shearing
Tsunami
Seismograph
Tension
Magnitude
Stress
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