133} What is the kinetic energy ofthe block at the bottom ofthe hill? Choose one . 1 point QUESTION 13.2 13b} What will he the potential energy;r of the block when it comes to a stop on the slope of the hill? Choose one . \"I point lEJIUESTIIIIII'MI 13.3 13:} How high 1will the block be 1when it comes to a stop? Choose one . '1 point lEJIUESTIIIIII'MI 13.4 13d) When the block starts to slide back down and gains a kinetic energy,r of 1130], how much potential energyf 1will it have? Choose one . '1 point GROUP 14 Q14 Center of Mass Group . 3 questions The figure below shows a three-particle system, with masses mi: 3.1:] kg, m; = 4.12] kg, and m3 = 8J3 kg. What is: J {In} m1 at{C|,C']. m2 at {2,1}, M3 at {1 .2]