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5
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The way a secondary wave moves. Similar to an audience at a stadium doing the wave. Particles move in a strictly vertical motion.
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7
|
Boundary type similar to a normal fault.
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8
|
Type of earthquake not able to be felt.
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10
|
Outermost layer of the Earth where faults occur.
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11
|
Measurement of the amount of energy released during an earthquake.
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12
|
Measurement of the strength of an earthquake that fixed and replaced the Richter scale. (2 words)
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13
|
Type of surface wave that moves similar to a ripples of water in the ocean.
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16
|
Type of wave that is able to go through all layers of the Earth.
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17
|
Old and complicated way of measuring the strength of an earthquake. (2 words)
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18
|
Location of the earthquake on the surface.
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19
|
Mathematical scale that results in different intervals as we progress from one level to the next.
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20
|
Type of fault in which rock slides past rock. (2 words)
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23
|
Most destructive type of wave.
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24
|
Compared to the epicenter, the focus is located directly __________________ .
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25
|
Surface waves are the __________________ type of waves.
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26
|
Device used to measure the intensity of an earthquake.
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27
|
Type of wave that cannot travel through liquids.
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28
|
The way a primary wave moves. Similar to an accordion with a squeezing and relaxing pattern.
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29
|
Earthquakes occur most commonly near these. (2 words)
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|
32
|
Where the San Andreas fault line is located.
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35
|
A fracture or crack within the Earth's crust that allows movement.
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36
|
Type of surface wave that moves similar to a snake with horizontal motion.
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37
|
Boundary type similar to a strike-slip fault.
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