Problem 2: hogbacks 4. the rule of vs go to 38.6232,-79.42954 and observe the watergap with route 18 passing through it. using the v-shaped outcrop running along the ridge, the rocks dip to the a. 3 points. [ nne | neie|ese | se | sse ] b. the local climate is humid temperate ("warm" and comparatively "wet"). as a result, we would expect the resistant rocks forming the v to be . 3 points. [ sandstone | limestone | shale ] 5. a forested a. go to 36.916292,-81.48956 and observe the hogback. the dot is on the 3 points i dip slope | anti-dip slope ] [nine! ei̇se] b. at the dot, the rocks are striking 2 points. problem 3: folds 6. go to 38.39264, -78.769325 and observe the dot at the peak of massanutten mountain. based on the shape of the se end of the mountain, this a(n) mountain. 3 points i anticlinal | synclinal ] 7. go to 5.62277, -73.5003 and observe the mountain trending ne-sw a. based on its topography, the ridge is a(n) . 3 points i synclinal mountain | unbreached anticline | breached anticlinel b. the geological structure plunges to the ·3 points. i ne | sw ] 8. go to 7.01362, -73.48206 and observe the geological structure surrounding the dot. 2 points each. a. this is a(n) [ synclinal mountain | unbreached anticline | breached anticline ] b. the fold plunges[n|e |si w1 9. go to -20.216378, -66.32772. the dot is within the center of a large syncline whose margins are an oval-shaped ridge. citing at least three pieces of evidence, explain how it is possible to tell that this is a large syncline. 9 points.