The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

Question

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Answer 1

Question

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

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Answer 2

Question

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

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Answer 3

Question

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

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Answer 4

Question

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

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Answer 5

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

Answer 6

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

Answer 7

Chapter 7, Problem 1GST

a)

To determine

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

Answer 8

a)

Expert Solution

Answer to Problem 1GST

Diagram 1 is showing a reverse fault and compressional stress is the dominant force during the faulting.

Answer 9

a)

Expert Solution

Answer 10

a)

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 1 is a reverse fault. A reverse fault occurs when the hanging wall block is uplifted along the fault surface with respect to the footwall; the responsible stress factor is compressional stress which creates folds along colliding plates. It may result in the horizontal shortening of crustal rock blocks.

Answer 13

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

Answer 14

b)

To determine

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

Answer 15

b)

Expert Solution

Answer to Problem 1GST

Diagram 2 shows a normal fault and tensional stress is the dominant force during the faulting.

Answer 16

b)

Expert Solution

Answer 17

b)

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

Diagram 2 is a normal fault. A normal fault occurs when the hanging wall block slips down along the fault surface with respect to the foot wall; tensional stress is the factor responsible for causing the formation of a normal fault. This stress pulls the rock masses apart and breaks them to cause a normal fault.

Answer 20

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

Answer 21

c)

To determine

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

Answer 22

c)

Expert Solution

Answer to Problem 1GST

Pair “a” represents Diagram 1 and pair “b” represents Diagram 2.

Answer 23

c)

Expert Solution

Answer 24

c)

Expert Solution

Answer 25

Expert Solution

Answer 26

Explanation of Solution

“A fault is a fracture or a zone of displacement of rock masses relative to one another along a fracture. The rock above a fault plane is the hanging wall block and the rock below the fault is the footwall block.”

The matching pair of arrows with Diagram 1 is pair “a”; a reverse fault.

The matching pair of arrows with Diagram 2 is pair “b”; a normal fault.

Answer 27

Ch. 7.1 - Prob. 1CC Ch. 7.1 - Prob. 2CC Ch. 7.1 - Prob. 3CC Ch. 7.1 - Prob. 4CC Ch. 7.1 - Prob. 5CC Ch. 7.1 - Prob. 6CC Ch. 7.2 - Prob. 1CC Ch. 7.2 - Prob. 2CC Ch. 7.2 - Prob. 3CC Ch. 7.2 - Prob. 4CC

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

The type of dip-slip fault shown in Diagram 1 and the dominant force during faulting.

Answer to Problem 1GST

Explanation of Solution

The type of dip-slip fault shown in Diagram 2 and the dominant force during faulting.

Answer to Problem 1GST

Explanation of Solution

The match of a correct pair of arrows in Diagram 3 to the faults in Diagrams 1and 2.

Answer to Problem 1GST

Explanation of Solution

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