The diagram below represents an oblique fault (Fig. 1). Find the amount of net slip of this fault on the fault plane (assume that angle between strike-slip and dip-slip component are at right angle...


The diagram below represents an oblique fault (Fig. 1). Find the amount of net slip of this<br>fault on the fault plane (assume that angle between strike-slip and dip-slip component are at<br>right angle with each other).<br>Fault plane<br>600 m-<br>45°<br>500 m<br>600 m<br>400 m<br>500 m<br>400 m<br>Fig. 1: Diagram of oblique fault (Dash-lines indicate contour lines, i.e., lines drawn on a<br>map connecting points of equal height)<br>

Extracted text: The diagram below represents an oblique fault (Fig. 1). Find the amount of net slip of this fault on the fault plane (assume that angle between strike-slip and dip-slip component are at right angle with each other). Fault plane 600 m- 45° 500 m 600 m 400 m 500 m 400 m Fig. 1: Diagram of oblique fault (Dash-lines indicate contour lines, i.e., lines drawn on a map connecting points of equal height)

Jun 11, 2022
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