Can you answer these fundamental geology questions? For this quiz, you will need to know the epicenter's focus, where do most earthquakes occur, and the significant characteristics of P and S waves. What is a seismic gap, the fastest type of seismic wave, and where do you find the deepest focus earthquakes. This quiz will release your energy to learn about geology, good luck
Based on amplitudes of the largest seismic waves.
The point on the Earth's surface directly above the focus.
The place within the Earth where energy is released.
Transmitted throughsolids and liquids.
The point on the Earth's surface directly above the focus.
Vibrational energy waves that travel outward in all directions from the focus. They can be measured on a seismograph.
Data from 3 seismic statins is used to triangulate the location of the epicenter.
The place within the Earth where energy is released.
The place within the Earth where energy is released.
Based on amplitudes of the largest seismic waves.
Data from 3 seismic statins is used to triangulate the location of the epicenter.
An increase of 1 fold increase of 1 on the scale =10 fold increase in intensity
Based on amplitudes of the largest seismic waves.
A = 30 fold increase in energy released.
The place within the Earth where energy is released.
An increase of 1 fold increase of 1 on the scale =10 fold increase in intensity
Richter Scale
Secondary waves
Primary waves
3 Seismic Stations
Along Plate Boundaries
Oceanic divergent boundaries
Landslides
Liquifaction
Subduction zones
Oceanic divergent boundaries
Continental rifts,collision zones and transforms
All of the above
3
2
4
9
Compressional wave, slower seismic waves 6km per second, transmitted through only solids: Shear wave, fastest-3.5 km per second, transmitted through solids and liquids.
Shear wave, slower-3.5 km per second, transmitted only through solids.
Compressional wave, the fastest seismic waves 6km per second, transmitted through solids and liquids
Compressional wave, fastest seismic waves 6km per second, transmitted through solids and liquids: Shear wave, slower-3.5 km per second, transmitted only through solids.
Surface Wave
Primary Wave
Secondary Wave
Seismic Wave
Based on amplitudes of the largest seismic waves.
No reliable method
Areas known to be under strain that have not produced earthquakes.
Shear wave,slower-3.5 km per second,transmitted only through solids.
Ground Motion
Fire
Tornado
Tsunamis
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