What is the relative age of a fault that cuts across three horizontal sedimentary rock layers?
A. The fault is older than the middle layer. B.The fault is younger than all the layers it cuts across.
C. The fault is the same age as the top layer. D. The fault is older than all the layers it cuts across == ==
To determine if a mountain was formed by compression, you would look for folded and faulted rock layers, as well as evidence of intense pressure causing rocks to deform. Additionally, you might find evidence of compression in the form of thrust faults or folded strata within the mountain. Lastly, examining the types of rocks and their orientation can also provide clues about the mountain's formation.
Pressure from the sediments above compact the sediments down creating a rock. A fold would be the result of oh say allot of pressure. Sedimentary rocks a generally layered strait across so if it's folded it may be metamorphic. They form when igneous or sedimentary rocks are but under immense heat and pressure.
In a strike-slip fault, you would observe horizontal displacement along the fault line with minimal vertical movement. This can be seen through offset features on the land surface like roads, rivers, or ridges. Additionally, the orientation of linear features such as rock layers or fault scarps would be consistent with the direction of the fault movement.
actually convection is wrong the correct answer would be called faulting
Yes. The only exceptions would be if tectonic forces either overturned the rock layers through folding or if older layers were thrust on top by a thurst fault. A thrust fault would be apparent if you see the same layers repeat.
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When layers of small sediments stick together because of pressure, compaction occurs. :)
To determine if a mountain was formed by compression, you would look for folded and faulted rock layers, as well as evidence of intense pressure causing rocks to deform. Additionally, you might find evidence of compression in the form of thrust faults or folded strata within the mountain. Lastly, examining the types of rocks and their orientation can also provide clues about the mountain's formation.
Pressure from the sediments above compact the sediments down creating a rock. A fold would be the result of oh say allot of pressure. Sedimentary rocks a generally layered strait across so if it's folded it may be metamorphic. They form when igneous or sedimentary rocks are but under immense heat and pressure.
In a strike-slip fault, you would observe horizontal displacement along the fault line with minimal vertical movement. This can be seen through offset features on the land surface like roads, rivers, or ridges. Additionally, the orientation of linear features such as rock layers or fault scarps would be consistent with the direction of the fault movement.
A normal fault is typically found on a divergent boundary. This type of fault occurs as the Earth's crust is being pulled apart, causing one side to move downward relative to the other.
because it is folded
That would depend on the location on Earth that you were moving west to east along. The movement from west to east can be undertaken anywhere on Earth.
That would be a ground-fault if it occurs anywhere other than inside the service panel.
How many circles would you find in a net that can be folded to form a cylinder? *
A regular hexagon folded in half would look like an isosceles trapezoid.
actually convection is wrong the correct answer would be called faulting