Data length of Ramp ( Born surfaces ) Icm Wheel and surface combination 1 Time (s) mass of Radius of # the wheel Linear Wheel type: Floor type Trial # the rotation wheel (m distance S traveled Whe (kg) (m Wh Trial 1 0.58 0. 2722 1.25 6 0.5 Plastic Table 0.55 1.25 Trial 2 0.5 Rod Surface Trial 3 0. 53 10.2722 1.25 6 015 Avg 0.55 1.25 6 0 15 Wheel type: Floor type Trial # Time (s) mass of Radius of # Linear the the wheel rotation distance wheel (m) S traveled (kg) (m) Trial 1 0 . 6) 0.0693 0 0125 615 Wood | Table 015 Trial 2 0.53 0-06931 0. 0125 615 10.5 Rod / Surface Trial 3 0. 59 210693 0. 0125 4 0. 5 Avg: 0.58 0.0603 0. 0125 6. 33 0 5ce d Wheel type and surface combination 2: Wheel type: Floor type Trial # Time (s) mass of Radius of # Linear the the wheel rotation distance wheel (m) S traveled (kg) (m) Trial 1 0: 0693 0 .S wood O . 7 OOITS 7.5 Carpet Trial 2 0. 63 0. 0693 6 0 .5 Rod 0. 0175 Trial 3 0. by 0.0175 0. 0693 7.5 0. 5 Avg: 0.65 10. 0175 0. 06913 7 10 .5 Wheel type: Floor type Trial # Time (s) mass of Radius of # Linear the the wheel rotation distance wheel (m) S traveled (kg (m) Trial 1 0:2722 6.5 Plastic 0. 0175 carpet Trial 2 0. 6 0. 0175 O. 2ZZZ 7 0.5 Rod Trial 3 0. 61 6. 0175 0. 2232 4:5 0 .5 Avg: 0. 6 0. 0175 0.2223 6. 7 10 .5Data Analysis: You will use the # of rotations and the linear distance to determine how much slipping occurred with the object. Find the rotational and linear velocities. Find the rotational and linear kinetic energy