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Questions and Answers
What type of fault is formed when shearing and compression or tension combine?
What type of fault is formed when shearing and compression or tension combine?
- Normal Fault
- Reverse Fault
- Strike-slip Fault
- Oblique-Slip Fault (correct)
What is the tool used to assess the power of an earthquake?
What is the tool used to assess the power of an earthquake?
- Intensity
- Seismogram
- Seismograph (correct)
- Magnitude
What type of fault is formed when rocks are compressed and the hanging wall moves up with respect to the footwall?
What type of fault is formed when rocks are compressed and the hanging wall moves up with respect to the footwall?
- Strike-slip Fault
- Oblique-Slip Fault
- Normal Fault
- Reverse Fault (correct)
What is the strength and 'size' of an earthquake referred to as?
What is the strength and 'size' of an earthquake referred to as?
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Which type of fault has the hanging wall moved downward with respect to the footwall along the dip direction?
Which type of fault has the hanging wall moved downward with respect to the footwall along the dip direction?
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Study Notes
Fault Types
- An oblique fault is formed when shearing and compression or tension combine.
Earthquake Measurement
- The tool used to assess the power of an earthquake is a seismograph.
Fault Classification
- A reverse fault is formed when rocks are compressed and the hanging wall moves up with respect to the footwall.
Earthquake Characteristics
- The strength and 'size' of an earthquake are referred to as its magnitude.
Fault Types
- A normal fault is a type of fault where the hanging wall has moved downward with respect to the footwall along the dip direction.
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