A lazy penguin slides down a snow-covered slope on its chest. Suppose that the diagonal length of the slope is 12 m, and it is inclined at an angle of 10o above the horizontal. If the penguin is traveling at 4 m/s when it reaches the bottom of the slope, Imagine that our same lazy penguin slides down another ice-covered slope. The coeffi- cient of kinetic friction is ?k. This slope is inclined at an angle ? above the horizontal and has a total length L. At the bottom of the slope, she keeps going, sliding past the end of the slope along the flat ground until friction brings her to a stop.How far will she travel past the end of the slope before friction brings her to rest?

4. Imagine that our same lazy penguin slides down another ice-covered slope. The coef- cient of kinetic friction is me. This slope is inclined at an angle 6 above the horizontal and has a total length L. At the bottom of the slope, she keeps going, sliding past the end of the slope along the at ground until friction brings her to a stop. How far will she travel past the end of the slope before friction brings her to rest