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What type of fold is shown on this cross section? What type of fold is shown on this cross section?   A) anticline B) syncline C) monocline D) gneiss dome


A) anticline
B) syncline
C) monocline
D) gneiss dome

Correct Answer

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What type of metamorphism would occur in this setting? What type of metamorphism would occur in this setting?   A) regional metamorphism B) contact metamorphism C) extension D) normal faulting


A) regional metamorphism
B) contact metamorphism
C) extension
D) normal faulting

Correct Answer

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Which of these conditions could form rocks that are partly metamorphic and partly igneous? Which of these conditions could form rocks that are partly metamorphic and partly igneous?   A) 1 B) 2 C) 3 D) 4


A) 1
B) 2
C) 3
D) 4

Correct Answer

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In what direction were the rocks in the center of this cross section shortened? In what direction were the rocks in the center of this cross section shortened?   A) in a vertical direction B) in a horizontal direction C) they were not shortened,they were pulled apart D) there is no way to tell


A) in a vertical direction
B) in a horizontal direction
C) they were not shortened,they were pulled apart
D) there is no way to tell

Correct Answer

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Which of the following characterizes a continental rift?


A) contact metamorphism near magma chambers
B) normal faults
C) tension
D) metamorphism associated with shearing
E) all of these

Correct Answer

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What type of structure is shown in this figure? What type of structure is shown in this figure?   A) thrust fault B) anticline C) syncline D) monocline E) basin


A) thrust fault
B) anticline
C) syncline
D) monocline
E) basin

Correct Answer

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In what environments does high pressure/low temperature metamorphism occur?


A) near magma but at shallow levels
B) near magma but at deep levels
C) under normal conditions of burial and heating
D) in a subduction zone or accretionary prism
E) none of these

Correct Answer

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What type of fault is shown in this figure? What type of fault is shown in this figure?   A) dip-slip fault B) normal fault C) strike-slip fault D) reverse fault


A) dip-slip fault
B) normal fault
C) strike-slip fault
D) reverse fault

Correct Answer

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What kind of structure is shown in this image? What kind of structure is shown in this image?   A) monocline B) strike-slip fault C) asymmetric fold D) subduction zone


A) monocline
B) strike-slip fault
C) asymmetric fold
D) subduction zone

Correct Answer

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What structural and metamorphic features form in a fold and thrust belt?


A) anticlines and synclines related to movement of thrust sheets over bends in thrust faults
B) cleavage
C) a predominance of normal faults
D) all of these
E) a and b only

Correct Answer

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This rock is not shiny and has a well-developed cleavage that cuts across bedding.What is the correct name for this rock? This rock is not shiny and has a well-developed cleavage that cuts across bedding.What is the correct name for this rock?   A) schist B) quartzite C) slate D) gneiss


A) schist
B) quartzite
C) slate
D) gneiss

Correct Answer

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What type of structure is shown in this photograph? What type of structure is shown in this photograph?   A) joint B) cleavage C) fault D) anticline E) syncline


A) joint
B) cleavage
C) fault
D) anticline
E) syncline

Correct Answer

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Under what conditions was this rock likely deformed? Under what conditions was this rock likely deformed?   A) relatively shallow B) brittle conditions C) conditions that favored fracturing D) hot and deep conditions


A) relatively shallow
B) brittle conditions
C) conditions that favored fracturing
D) hot and deep conditions

Correct Answer

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What type of stress formed the structure shown in this figure? What type of stress formed the structure shown in this figure?   A) compression B) tension C) shear D) none of these because no fracture was formed


A) compression
B) tension
C) shear
D) none of these because no fracture was formed

Correct Answer

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Which of the following is a valid statement about how rocks respond to stress?


A) If the stress is very high,the rock will be unchanged.
B) Stress can cause a rock to be displaced,but not rotated.
C) If a rock has strained,then it has changed its size or shape.
D) A rock can be displaced or strained but not both at the same time.

Correct Answer

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If the view is looking north,which of the following correctly indicates which rocks are higher in metamorphic grade in the following image? If the view is looking north,which of the following correctly indicates which rocks are higher in metamorphic grade in the following image?   A) the banded rocks to the east B) the rocks in the grassy area and southern hill


A) the banded rocks to the east
B) the rocks in the grassy area and southern hill

Correct Answer

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What type of feature is shown in this photograph? What type of feature is shown in this photograph?   A) anticline B) columnar joints C) scratch marks along a fault D) folded metamorphic rocks E) all of these


A) anticline
B) columnar joints
C) scratch marks along a fault
D) folded metamorphic rocks
E) all of these

Correct Answer

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In what site on this figure would you expect high pressure/low temperature metamorphism? In what site on this figure would you expect high pressure/low temperature metamorphism?   A) A and B B) B and C C) C and D D) D and E E) none of these


A) A and B
B) B and C
C) C and D
D) D and E
E) none of these

Correct Answer

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What type of deformation is shown in this photograph? What type of deformation is shown in this photograph?   A) displacement B) rotation C) internal strain of the rock D) columnar joints


A) displacement
B) rotation
C) internal strain of the rock
D) columnar joints

Correct Answer

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What orientation of stresses is the simplest explanation for the structure shown in this figure? What orientation of stresses is the simplest explanation for the structure shown in this figure?   A) equal amounts of confining pressure B) tension from upper left to lower right C) shearing in a vertical direction D) shearing in a horizontal direction


A) equal amounts of confining pressure
B) tension from upper left to lower right
C) shearing in a vertical direction
D) shearing in a horizontal direction

Correct Answer

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