This Quiz Will Put Your Geology Knowledge On A Tough Test

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  • 1/38 Questions

    In a reverse fault, the hanging wall block moves up relative to the footwall block. 

    • True
    • False
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About This Quiz

This quiz will put your geology knowledge on a tough test! There are different types of rocks in existence on the earth’s surface. Getting to understand rocks helps to mitigate and warn us about the occurrence of specific natural hazards and educates people when it comes to climate change discussions. The quiz below is designed to test your Geology knowledge. Do give it a try and see just how much you recall.

This Quiz Will Put Your Geology Knowledge On A Tough Test - Quiz

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  • 2. 

    Fractures in rock that have not involved any fault slippage are called joints. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Joints are fractures in rock that have not involved any fault slippage. This means that the rock has cracked or broken, but the two sides of the fracture have not moved relative to each other. Joints can form due to various geological processes such as cooling and contraction, tectonic stresses, or erosion. They can be important for groundwater flow, as well as for the formation of mineral deposits. Therefore, the statement that fractures in rock that have not involved any fault slippage are called joints is true.

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  • 3. 

    Normal faults form in response to horizontal, tensional stresses that stretch or elongate the rocks. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Normal faults form in response to horizontal, tensional stresses that stretch or elongate the rocks. This means that when the rocks are being pulled apart, one side of the fault moves downward relative to the other side. This creates a gap or space between the rocks, which is known as a normal fault. Therefore, the statement "Normal faults form in response to horizontal, tensional stresses that stretch or elongate the rocks" is true.

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  • 4. 

    Horizontal, compressive deformation involves shortening and thickening of the crust. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Horizontal, compressive deformation refers to the process in which the Earth's crust is shortened and thickened. This occurs when two tectonic plates collide or when compressive forces act on the crust. As a result of this deformation, the crust is compressed horizontally, causing it to shorten and become thicker. Therefore, the given statement that horizontal, compressive deformation involves shortening and thickening of the crust is true.

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  • 5. 

    Along oblique-slip faults, both blocks have horizontal and vertical components of movement. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Along oblique-slip faults, both blocks have horizontal and vertical components of movement. This means that the blocks move both horizontally and vertically along the fault plane. This is in contrast to other types of faults, such as normal faults or reverse faults, where the movement is predominantly vertical or horizontal, respectively. Oblique-slip faults are characterized by a combination of both horizontal and vertical movement, making the statement true.

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  • 6. 

    A reverse fault is one in which ________. 

    • The hanging wall block has moved up relative to the footwall block along an inclined fault

    • The block above the fault plane has moved backwards with respect to the other block

    • One block has moved downward and the other moved horizontally along a vertical fault

    • Both blocks have moved horizontally in opposite directions along an inclined fault

    Correct Answer
    A. The hanging wall block has moved up relative to the footwall block along an inclined fault
    Explanation
    A reverse fault is a type of fault where the hanging wall block moves up relative to the footwall block along an inclined fault. In this type of fault, the rocks on one side of the fault plane are pushed vertically upwards, causing the hanging wall block to move up relative to the footwall block. This movement is typically caused by compressional forces in the Earth's crust, which cause the rocks to be pushed together and uplifted. This is in contrast to a normal fault, where the hanging wall block moves down relative to the footwall block.

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  • 7. 

    Jointing in rocks is characterized by ________. 

    • Closely spaced, parallel faults along which the blocks have moved in opposite directions

    • Structures formed where normal and reverse faults intersect

    • The hinge lines connecting two limbs of an anticline or syncline

    • Roughly parallel fractures separating blocks that show no displacement

    Correct Answer
    A. Roughly parallel fractures separating blocks that show no displacement
    Explanation
    The correct answer is "roughly parallel fractures separating blocks that show no displacement." This explanation refers to jointing in rocks, which is characterized by fractures that occur without any movement or displacement of the rock blocks. These fractures are roughly parallel to each other and can be seen as cracks or fractures in the rock, but they do not result in any movement or offset of the rock blocks.

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  • 8. 

    The oldest, sedimentary rock strata are exposed along the axial parts of deeply eroded anticlines. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    The statement is true because the oldest sedimentary rock strata are typically found in the axial parts of deeply eroded anticlines. This is because anticlines are folds in the Earth's crust that form an arch-like shape, and erosion over time can expose the underlying layers of rock. As the oldest layers are typically deeper within the Earth, they are more likely to be exposed along the axial parts of these anticlines.

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  • 9. 

    A transform fault is ________. 

    • A strike-slip fault that forms the boundary between tectonic plates

    • A dip-slip fault connecting an anticline with a syncline

    • A reverse fault that steepens into a thrust fault

    • The rift bounding faults on a mid-ocean ridge

    Correct Answer
    A. A strike-slip fault that forms the boundary between tectonic plates
    Explanation
    A transform fault is a strike-slip fault that forms the boundary between tectonic plates. This means that it is a type of fault where the rocks on either side of the fault move horizontally past each other. Transform faults are commonly found along the boundaries of tectonic plates, such as the San Andreas Fault in California. They are characterized by the absence of vertical movement, unlike dip-slip faults where one side of the fault moves up or down relative to the other side. Transform faults play a significant role in plate tectonics and are responsible for the majority of earthquakes around the world.

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  • 10. 

    The ________ in California is the boundary between the North American and Pacific plates. 

    • Sierra Nevada frontal fault

    • San Andreas strike-slip fault

    • San Luis Obispo thrust fault

    • San Francisco normal fault

    Correct Answer
    A. San Andreas strike-slip fault
    Explanation
    The San Andreas strike-slip fault in California is the boundary between the North American and Pacific plates. This fault is known for its horizontal movement, where the rocks on either side of the fault slide past each other horizontally. This fault is responsible for numerous earthquakes in California and is a prominent feature of the tectonic activity in the region.

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  • 11. 

    Plastic deformation occurs more readily in warm rock than in cool rock. 

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Plastic deformation occurs more readily in warm rock than in cool rock because higher temperatures increase the mobility of atoms and allow for easier movement of dislocations within the crystal lattice. This increased mobility facilitates the flow and rearrangement of the rock's structure, resulting in plastic deformation. In contrast, cool rock has lower atomic mobility, making it more resistant to plastic deformation. Therefore, warm rock is more likely to undergo plastic deformation compared to cool rock.

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  • 12. 

    Which one of the following is consistent with deformation by folding? 

    • Horizontal distance is shortened perpendicular to fold axes.

    • The crust is thinned.

    • The crust is stretched and elongated.

    • Horizontal distance perpendicular to fold axes is lengthened.

    Correct Answer
    A. Horizontal distance is shortened perpendicular to fold axes.
    Explanation
    When rocks undergo deformation by folding, the layers of rock are bent and folded. As a result, the horizontal distance perpendicular to the fold axes is shortened. This is because the layers are compressed and pushed together, causing them to become closer and reducing the horizontal distance between them. Therefore, the statement "Horizontal distance is shortened perpendicular to fold axes" is consistent with deformation by folding.

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  • 13. 

    A graben is an upraised block bounded by two reverse faults. 

    • True

    • False

    Correct Answer
    A. False
    Explanation
    A graben is actually a down-dropped block bounded by two normal faults, not reverse faults. In a graben, the hanging wall moves downward relative to the footwall, creating a depressed area between the faults. This is in contrast to a horst, which is an upraised block bounded by normal faults. Therefore, the correct answer is false.

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  • 14. 

    Normal and reverse faults are characterized mainly by ________. 

    • Strike slip

    • Horizontal slip

    • Dip slip

    • Basal slip

    Correct Answer
    A. Dip slip
    Explanation
    Normal and reverse faults are characterized mainly by dip slip. Dip slip refers to the vertical movement of rock blocks along the fault plane. In a normal fault, the hanging wall moves downward relative to the footwall, while in a reverse fault, the hanging wall moves upward relative to the footwall. Both types of faults involve vertical displacement, which is why dip slip is the correct answer.

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  • 15. 

    A ________ is a defined, recognizable, mappable, rock unit with a known age. 

    • strata set

    • Lithologic sequence

    • Formation

    • Stratigraphic section

    Correct Answer
    A. Formation
    Explanation
    A formation is a defined, recognizable, mappable, rock unit with a known age. It refers to a distinct layer or group of layers of rock that have similar characteristics and were formed under similar geological conditions. Formations are important in stratigraphy, the study of rock layers and their relationships, as they help geologists understand the history and evolution of the Earth's crust.

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  • 16. 

    A thrust fault is best described as ________. 

    • A steeply inclined, oblique-slip fault

    • A low-angle, reverse fault

    • A vertical, normal fault

    • A near vertical, strike-slip fault

    Correct Answer
    A. A low-angle, reverse fault
    Explanation
    A thrust fault is a type of reverse fault where the fault plane dips at a low angle (

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  • 17. 

    A syncline is ________.  

    • A fold in which the strata dip away from the axis

    • A fold with only one limb

    • A fold in which the strata dip toward the axis

    • A fold characterized by recumbent limbs

    Correct Answer
    A. A fold in which the strata dip toward the axis
    Explanation
    A syncline is a fold in which the strata dip toward the axis. This means that the layers of rock or sediment are sloping downward towards the center of the fold. This is in contrast to an anticline, where the strata dip away from the axis. In a syncline, the layers are typically curved downward, creating a U-shaped fold.

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  • 18. 

    Which one of the following stress situations results in folding of flat-lying, sedimentary strata? 

    • Horizontally directed; compressive stresses

    • Vertically directed; extensional or stretching stresses

    • Horizontally directed; extensional stresses

    • Vertically directed; compressional stresses

    Correct Answer
    A. Horizontally directed; compressive stresses
    Explanation
    Horizontally directed compressive stresses can cause folding of flat-lying, sedimentary strata. This is because compressive stresses push the rocks together, causing them to buckle and fold. In contrast, vertically directed extensional or stretching stresses would cause the rocks to pull apart or stretch, which would not result in folding. Similarly, horizontally directed extensional stresses would cause the rocks to move apart horizontally, also not resulting in folding. Vertically directed compressional stresses would push the rocks down, but not cause folding. Therefore, the correct answer is horizontally directed compressive stresses.

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  • 19. 

    A ________ fault has little or no vertical movements of the two blocks. 

    • Stick slip

    • Oblique slip

    • Strike slip

    • Dip slip

    Correct Answer
    A. Strike slip
    Explanation
    A strike-slip fault is characterized by horizontal movement along the fault plane, with little to no vertical displacement of the two blocks. In this type of fault, the rocks on either side of the fault slide past each other horizontally. This can occur due to shear stress causing the rocks to move in opposite directions along the fault line.

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  • 20. 

    The Navajo and Dakota Sandstones are ________. 

    • Marine limestone formations in the central Appalachian region

    • Mesozoic, sedimentary rock formations in Utah, Colorado, and neighboring states

    • Prominent, lower Paleozoic strata in the British Isles and northern France

    • Quartz-rich, granite batholiths in the Sierra Nevada range, California

    Correct Answer
    A. Mesozoic, sedimentary rock formations in Utah, Colorado, and neighboring states
    Explanation
    The Navajo and Dakota Sandstones are Mesozoic, sedimentary rock formations in Utah, Colorado, and neighboring states.

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  • 21. 

    A horst is ________. 

    • An uplifted block bounded by two normal faults

    • A downdropped block bounded by two reverse faults

    • An uplifted block bounded by two reverse faults

    • A downdropped block bounded by two normal faults

    Correct Answer
    A. An uplifted block bounded by two normal faults
    Explanation
    A horst is an uplifted block bounded by two normal faults. In geology, normal faults occur when there is tensional stress, causing the hanging wall to move downward relative to the footwall. In the case of a horst, the central block is uplifted between two normal faults, creating a raised area compared to the surrounding rock layers. This is in contrast to a graben, which is a downdropped block bounded by two normal faults.

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  • 22. 

    The Michigan geologic map shows older, Paleozoic strata (in roughly circular patterns) surrounding a core area of Pennsylvanian rocks. What is this structure? 

    • Dome

    • Recumbent horst

    • Anticline

    • Basin

    Correct Answer
    A. Basin
    Explanation
    The Michigan geologic map shows older, Paleozoic strata (in roughly circular patterns) surrounding a core area of Pennsylvanian rocks. This structure is a basin because it is characterized by the circular pattern of older rocks surrounding a central core of younger rocks. A basin is a geological formation where the rock layers dip towards a central point, creating a bowl-like shape. The circular pattern of older rocks suggests that they were deposited in a basin, with the central core of Pennsylvanian rocks being the youngest layers.

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  • 23. 

    In a normal fault ________. 

    • The hanging wall block below an inclined fault plane moves downward relative to the other block

    • The footwall block below an inclined fault plane moves downward relative to the other block

    • The hanging wall block above an inclined fault plane moves downward relative to the other block

    • The footwall block above an inclined fault plane moves upward relative to the other block

    Correct Answer
    A. The hanging wall block above an inclined fault plane moves downward relative to the other block
    Explanation
    In a normal fault, the hanging wall block above an inclined fault plane moves downward relative to the other block. This occurs because tension forces cause the hanging wall to move downward, creating a gap between the two blocks. This type of faulting is commonly associated with extensional tectonic forces, where the Earth's crust is being pulled apart. As the hanging wall moves downward, it creates a fault scarp or cliff on the surface.

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  • 24. 

    ________ are the products of horizontally directed, tensional stresses. 

    • Normal faults

    • Crustal thickening

    • Reverse faults

    • Thrust faults

    Correct Answer
    A. Normal faults
    Explanation
    Normal faults are the products of horizontally directed, tensional stresses. In a normal fault, the hanging wall moves downward relative to the footwall. This type of faulting occurs when the Earth's crust is being pulled apart, causing the rocks to fracture and slide along the fault plane. The tensional stresses create a gap or space between the two sides of the fault, resulting in the hanging wall moving downward.

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  • 25. 

    ________ in layered sedimentary rocks are evidence for horizontal compression and shortening. 

    • Normal faults

    • Strike-slip faults

    • Horsts and grabens

    • Tight folds

    Correct Answer
    A. Tight folds
    Explanation
    Tight folds in layered sedimentary rocks are evidence for horizontal compression and shortening because they are formed when layers of rock are bent and deformed due to tectonic forces. This compression causes the rock layers to fold tightly, creating a series of folds that can be observed in the sedimentary rock. The presence of tight folds indicates that there has been horizontal compression and shortening in the rock formation.

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  • 26. 

    Which one of the following statements regarding rock deformation and strength is correct? 

    • Rupture and plastic deformation occur when stresses exceed the elastic limit of a material.

    • Rocks undergo plastic deformation less readily as temperatures and pressures increase.

    • Elastic deformation is accomplished through internal flow of material.

    • When rocks are subjected to stress for long time periods, very small, plastic deformations accumulate to produce large, permanent, elastic deformations.

    Correct Answer
    A. Rupture and plastic deformation occur when stresses exceed the elastic limit of a material.
    Explanation
    Rupture and plastic deformation occur when stresses exceed the elastic limit of a material. This means that when the stress applied to a rock exceeds its elastic limit, it will undergo rupture (breaking) or plastic deformation (permanent change in shape). This is because beyond the elastic limit, the rock is unable to return to its original shape and instead undergoes permanent changes.

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  • 27. 

    Which one of the following would not be a characteristic of the San Andreas fault zone?  

    • Steep, near vertical, dip-slip, fault scarps

    • Sag ponds

    • Deformed, broken, and pulverized bedrock

    • Laterally offset stream channels

    Correct Answer
    A. Steep, near vertical, dip-slip, fault scarps
    Explanation
    The San Andreas fault zone is known for its characteristic of steep, near vertical, dip-slip fault scarps. This means that the fault line has a steep angle and the movement along the fault is predominantly vertical. This characteristic is not found in sag ponds, deformed bedrock, or laterally offset stream channels, which are other features commonly associated with the San Andreas fault zone.

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  • 28. 

    The Great Rift Valley of East Africa is characterized by ________. 

    • Mainly thrust faulting as Africa collides with Arabia

    • Mainly anticlinal and synclinal folding as Africa collides with Madagascar

    • Mainly normal faulting as East Africa begins to fragment

    • Mainly transform faulting along zones connecting the rift with the Red Sea

    Correct Answer
    A. Mainly normal faulting as East Africa begins to fragment
    Explanation
    The Great Rift Valley of East Africa is characterized by mainly normal faulting as East Africa begins to fragment. This means that the Earth's crust in this region is experiencing tensional forces that are causing it to break apart along vertical faults. As the crust separates, it creates a rift valley with steep walls and a flat floor. This process is associated with the gradual splitting of the African continent into two separate tectonic plates.

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  • 29. 

    A graben is characterized by ________. 

    • A hanging wall block that has moved up between two reverse faults

    • A footwall block that has moved up between two normal faults

    • A hanging wall block that has moved down between two normal faults

    • A footwall block that has moved down between two reverse faults

    Correct Answer
    A. A hanging wall block that has moved down between two normal faults
    Explanation
    A graben is a type of geological formation that is characterized by a hanging wall block that has moved down between two normal faults. In this type of faulting, the crust is stretched and pulled apart, causing the hanging wall block to drop down relative to the footwall block. This creates a depressed area or trough-like structure, with the hanging wall block forming the lower part of the graben. This movement is opposite to that of a reverse fault, where the hanging wall block moves up relative to the footwall block.

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  • 30. 

    Brittle deformation would be favored over plastic deformation in which of the following conditions? 

    • High confining pressures

    • Warmer temperatures

    • Cooler temperatures

    • Shallow depths

    Correct Answer
    A. Cooler temperatures
    Explanation
    Brittle deformation is favored over plastic deformation in cooler temperatures because at lower temperatures, rocks become more rigid and less ductile. This means that they are more likely to fracture and break rather than undergo plastic deformation and flow. In contrast, warmer temperatures increase the ductility of rocks, making them more prone to plastic deformation. Therefore, cooler temperatures promote brittle deformation.

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  • 31. 

    A ________ is a prominent ridge formed by differential erosion of tilted, alternating hard and soft strata. 

    • Mesa

    • Wadi

    • Hogback

    • Scarp face

    Correct Answer
    A. Hogback
    Explanation
    A hogback is a prominent ridge formed by differential erosion of tilted, alternating hard and soft strata. This means that the ridge is created when layers of rock with different hardness are eroded at different rates, resulting in a ridge-like formation. The term "hogback" is commonly used to describe this type of ridge.

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  • 32. 

    Which one of the following is true for anticlines but not for synclines?  

    • The limbs dip or are inclined towards the fold axis.

    • Some may be asymmetric and some may have plunging axes.

    • The deeper strata are buckled upward along the fold axis.

    • After erosion, the younger strata are exposed along the axial region of the fold.

    Correct Answer
    A. The deeper strata are buckled upward along the fold axis.
    Explanation
    This statement is true for anticlines but not for synclines. Anticlines are folds in rock layers where the deeper strata are pushed upward along the fold axis, creating an arch-like shape. In contrast, synclines are folds where the deeper strata are pushed downward along the fold axis, creating a trough-like shape. Therefore, the statement accurately describes a characteristic of anticlines that is not true for synclines.

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  • 33. 

    The mountains and valleys of the Basin and Range Province of the western United States formed in response to ________. 

    • Strike-slip faulting and hanging wall block uplifts

    • Reverse faults and large displacement, thrust faulting

    • Tensional stresses and normal-fault movements

    • Normal faulting and horizontal compression

    Correct Answer
    A. Tensional stresses and normal-fault movements
    Explanation
    The mountains and valleys of the Basin and Range Province in the western United States formed due to tensional stresses and normal-fault movements. Tensional stresses occur when forces pull apart the Earth's crust, causing it to stretch and thin. This stretching leads to the formation of normal faults, where one block of the crust moves down relative to the other. Over time, repeated movement along these faults results in the uplift of mountain ranges and the formation of valleys in between.

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  • 34. 

    A deeply eroded, structural basin would exhibit ________. 

    • Outcrops of the oldest strata in the center of the basin

    • Strata oriented in roughly circular, outcrop patterns

    • Strata dipping outward away from the center of the basin

    • Older strata at the edges of a basin dip away from a central, horizontal, fold axis

    Correct Answer
    A. Strata oriented in roughly circular, outcrop patterns
    Explanation
    A deeply eroded, structural basin would exhibit strata oriented in roughly circular, outcrop patterns because as the basin erodes over time, the layers of rock are exposed at the surface. The circular pattern is a result of the erosion occurring from the center of the basin outward, causing the layers to be exposed in a circular shape. This can be seen in many structural basins where the layers of rock are visible in a circular or semi-circular pattern.

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  • 35. 

    Which one of the following best describes the geology of the Black Hills region in South Dakota? 

    • An eroded syncline with older, sedimentary strata in the axial region and younger, metamorphic rocks around the margins

    • A basin filled with folded, sedimentary rocks and thick coal beds

    • A large graben deeply eroded by Pleistocene glaciers

    • An elongate dome cored by Proterozoic igneous and metamorphic rocks

    Correct Answer
    A. An elongate dome cored by Proterozoic igneous and metamorphic rocks
    Explanation
    The geology of the Black Hills region in South Dakota is best described as an elongate dome cored by Proterozoic igneous and metamorphic rocks. This means that the region is characterized by a dome-like structure, with the core composed of older igneous and metamorphic rocks from the Proterozoic era. This geologic formation has likely been exposed through erosion over time.

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  • 36. 

    In thrust faulting, ________. 

    • Grabens develop on the footwall block

    • The crust is shortened and thickened

    • Horizontal, tensional stresses drive the deformation

    • The hanging wall block slips downward along the thrust fault

    Correct Answer
    A. The crust is shortened and thickened
    Explanation
    In thrust faulting, the crust is shortened and thickened. This occurs when two blocks of rock are pushed together, causing the rocks to buckle and fold. As the rocks are compressed, they become shorter and thicker. This type of faulting is commonly associated with convergent plate boundaries, where two tectonic plates are colliding. The compression forces cause the rocks to deform and create thrust faults, where one block of rock is pushed up and over the other. This results in the crust being shortened and thickened in the area of the fault.

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  • 37. 

    Basin and range topography, like that in the western and southwestern United States, indicates that compressive folding is active today or was active very recently, geologically speaking. 

    • True

    • False

    Correct Answer
    A. False
    Explanation
    Basin and range topography, characterized by alternating mountain ranges and valleys, is actually indicative of tensional forces and normal faulting, rather than compressive folding. This type of topography is associated with the stretching and thinning of the Earth's crust, leading to the formation of fault blocks and basins. Therefore, the statement that basin and range topography indicates active or recent compressive folding is false.

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  • 38. 

    In a ________ fault, the hanging wall block move up with respect to the footwall block. 

    • Normal

    • Inverse

    • Reverse

    • Abnormal

    Correct Answer
    A. Inverse
    Explanation
    In an inverse fault, the hanging wall block moves up with respect to the footwall block. This type of fault occurs when the compressional forces cause the hanging wall block to move vertically upwards relative to the footwall block. It is commonly associated with convergent plate boundaries where two tectonic plates are colliding, resulting in compression and the uplifting of the hanging wall block.

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  • Mar 20, 2023
    Quiz Edited by
    ProProfs Editorial Team
  • Jul 27, 2016
    Quiz Created by
    Hanaxxx
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