Use the following Information to answer question 9 and 10 Students parfor an experiment using two low-friction laboratory carts. A place of timer tape is attached to Cart I and fed through a spark timer apparatus. The timer makes a mark on the tape each 0.10 s. Cart I Is pushed toward Cart 10 which is Initially at rest. The carts collide, the place of clay is deformed and holds the carts together as they continue to move. The mass of Cart I Is 2.20 k. Timer tape Piece of clay Spark Tabletop timer Cart I Cart II The students repeat the above procedure manipulating the Initial speed of Cart 1. The graph of their observations is given below including their line of best fit. Speed of Carts I and II (After the Collision) as a Function of the Speed of Cart I (Before the Collision) 3 Speed of carts I and II after the collision (cm/s) Speed of Cart I before the collision (cm/s) The collision of the two carts is dassified as _1 because _N Select one: ja d - ectic, - momentum is conserved O b / = classic, / = kinetic energy is conserved O c. / = inelastic, / = momentum is not conserved O d. / = inelastic, / = kinetic energy is not conserved Based on a point on the line of best fit, if Cart I had a speed of 40 cam's before the collision, then the combined speed of the two carts after the collision would be a.b cin's. You will need to record the values of a and bo. Based on the slope of the line of best fit, the combined mass of the two carts is af kg You will need to record the values of e and f. The values of a, b, e, and fare (do not indude commas, letters, spaces or decimals)