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1 |  |  Rocks can break when the __________ is exceeded.
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|  | A) | elastic deformation |
|  | B) | elastic limit |
|  | C) | fault line |
|  | D) | plate boundary |
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2 |  |  Earthquakes occur when rocks __________.
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|  | A) | bend |
|  | B) | break |
|  | C) | compress |
|  | D) | stretch |
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3 |  |  __________ faults are formed by forces of tension.
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|  | A) | Reverse |
|  | B) | Strike-slip |
|  | C) | Compression |
|  | D) | Normal |
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4 |  |  Reverse faults occur as a result of __________ forces.
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|  | A) | tension |
|  | B) | shear |
|  | C) | compression |
|  | D) | normal |
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5 |  |  The San Andreas Fault is the largest fault of this kind in California.
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|  | A) | compression |
|  | B) | normal |
|  | C) | reverse |
|  | D) | strike-slip |
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6 |  |  One rock surface hanging over an adjacent rock surface might indicate that __________ fault action has occurred.
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|  | A) | normal |
|  | B) | strike-slip |
|  | C) | compression |
|  | D) | reverse |
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7 |  |  Forces of __________ result in rocks being stretched apart.
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|  | A) | compression |
|  | B) | shear |
|  | C) | tension |
|  | D) | normal |
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8 |  |  Rocks sliding past each other are a display of __________ forces.
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|  | A) | compression |
|  | B) | tension |
|  | C) | normal |
|  | D) | shear |
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