Cinder cones use figure 5.6, a side view of sp crater (an average-size cinder cone), to answer questions 1-4 1. using a protractor, measure the slope of sp crater. (note: use the dashed horizontal line to align the bottom of your protractor) 2. how does the slope of sp crater compare to the slope you determined for mauna loa in activity 5.2? 3. using the scale, measure the height of sp crater from its base to the crater rim, indicated with an arrow. round your answer to the nearest 100 feet. ft 4. based on your answer to question 3, compare the size of a cinder cone to the size of a shield volcano. 5. based on figure 5.5, compare the size of the crater of a typical cinder cone to the overall size of the volcano. 0 200 400 600 b001000 fed 6. what is the name for the ejected lava fragments that include pea- to walnut-sized pieces? horiznnitat figure 5.6 photo of sp crater to accompany questions 1-4. 7. given the nature of the materials that make up a cinder cone and the steepness of its slopes, describe what it would be like to climb from the base to the rim usgs) 8. using figure 5.7 and a piece of string, measure the length of the flow from sp crater by following the curve along the center of the flow km 9. would you describe the lava that produced this flow as fluid or viscous? explain. 4 km figure 5.7 satellite view of sp crater to accompany uosjeed 6102