A bend in layered rocks is a(n) . Folding in rock strata is the result of stress. A fold in which the rock layers are folded downward, with the limbs dipping down toward the axis of the fold, as shown to the right, is a(n) . (Side View) A fold which has been pushed more strongly from one side, so that the limbs dip in the same direction, as shown below left, is a(n) fold. (Side View) A fracture in bedrock, along which movement has taken place, is a . A fault in which the movement is parallel to the dip of the fault surface is a fault (hint: the answer here is two words, separated by a hyphen). A normal fault is the result of stress. In a fault, the hanging wall block moves down along the dip relative to the footwall block, as shown below. (Side View) In a fault (hint: again, the answer here is two words, separated by a hyphen), the movement is primarily horizontal, parallel to the strike of the fault, and the stress involved is shear stress. The fault shown below is an example of a -lateral -slip fault. (You are looking down on the fault, and a broken highway, from above, as in a map view).
A bend in layered rocks is a(n) . Folding in rock strata is the result of stress. A fold in which the rock layers are folded downward, with the limbs dipping down toward the axis of the fold, as shown to the right, is a(n) . (Side View)
A fold which has been pushed more strongly from one side, so that the limbs dip in the same direction, as shown below left, is a(n) fold. (Side View)
A fracture in bedrock, along which movement has taken place, is a . A fault in which the movement is parallel to the dip of the fault surface is a fault (hint: the answer here is two words, separated by a hyphen). A normal fault is the result of stress. In a fault, the hanging wall block moves down along the dip relative to the footwall block, as shown below. (Side View)
In a fault (hint: again, the answer here is two words, separated by a hyphen), the movement is primarily horizontal, parallel to the strike of the fault, and the stress involved is shear stress. The fault shown below is an example of a -lateral -slip fault.
(You are looking down on the fault, and a broken highway, from above, as in a map view).
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