Graphing Draw Potential Energy (y axis) vs. Kinetic Energy (x axis) Graph Potential Energy (use a separate color for each cart and angle) You will have to enter the values for both variables. Table 2 Name Data Energy and Momentum Lab Mass empty cart: 0. 58168ko Mass heavy cart: /. 59531 kq Width of Flag: 0. 06 meters divided Part 1: Empty Cart 50 Angled / 2 Position Height Time "X (m)" Time Avg. Velocity P.E. K.E. Total Mom. (m) (sec) (sec Time (m/s) ( J ) ( J ) Energy (kg.m/s) Start (sec) ( J ) 10. 16m om/s 10.943 0 10.94 J 0 0.25 10. 145 m | 0.087sed 0-08 7 sel | 0.087 604 0. 69 m/s 10. 83 3 0. 14 5 10.97 5 0.40 kam's 0.50 10. 12 m | 0-063 sac|0- 062 sel |0. 063 sec/0 . 95 m/s 10. 68 5 0.26 J |0 . 94 5 0.55 Kamb) 0.75 0 . 095 m |0 049 sec|0.04 9 sec . 049 sec 1: 22 mis 10. 54 5 0. 43 J |0.97 5 0.71 kg. m's End 10.07m 0.043 sed 0. 042 sec0. 043 secl1 . 40 m/ S 10.40 - 10.57 J 10.97 5 0. 81 kamis] Part 2: Heavy Cart 50 Angle Position Height Time Time Avg. Velocity P.E. K.E. Total Mom. "X (m) " (m) (sec) (sec) Time (m/s) ( J ) ( J ) Energy (kg.m/s) (sec) ( J ) 12. 165 m 0 12.58 51 12.58 ] 0 Start 0 0.25 0.145 m|0.087 sec O . O8 7sec | 0. 086 sec| 0. 70 m/s 2. 27 J |0 . 40 ) 2.67 J 1. 17 kq. mis 0.50 0-12 m 0 . 062 sec 0 . 060 sey 0 . 061 sec |0 . 98 mls | 1 . 48 ) 10. 77 J |2.65 J 1. 56 kg. m/S 10 . 095 m / 0. 04 9 sec 0 . 049 sec 0 . 0419 sec |1. 22 mis |1. 49 J |1. 19 J 2.68 J 1.95 kg-ms 0.75 End 10-07 M O. 04 2 seco . 04/2 sec | 0 . 042 sec 1 . 43 m /5| 1 . 09 3 |1. 63 5 12.72 J 2.28 kq. m)s) Part 3: Empty Cart 10 Angle Time Velocity P.E. K.E. Total Mom. Position Height Time Avg. (sec) Time (m/s) ( J ) ( J ) Energy (kg.m/s) "X (m) " (m) (sec) (sec ( J ) 0 1. 34 1 0 0 1.34 J Start 1.235 m 0.2.M 0. 073 sec |0.073 sel 0:073 sec 10.82 m/s 1. 14 3 0. 20J 1.34 J 0.25 0.50 10 .16 mo-04 8 sec p 048 sec | 0 . 048 sec 1. 25 m/s| 0. 91 5 0 . 45 ) 1. 36 J . 73 Kg. m/S 0.75 10. 115 M |0 . 239 sec 0 . 039 sec p. 039 sec 1. 54 m/S |10.665 0. 69 3 1. 35 J|0. 90 Kgems End 0 . 07 m | 0 . 033 sec 0 . 03 3 sey 0 . 03 3 sey1 , 82 m / S | 0 . 40 5 0 . 96 J|1 . 36 J|1. 06 rams Part 4: Heavy Cart 10 Angle Mom. Time Time Avg. Velocity P.E. K.E Total Position Height ( J ) ( J ) Energy (kg.m/s) "X (m)" (m) (sec) (sec) Time (m/s) ( J ) (sec) 0 3.675 0 13.67 5 0 Start 0.235m 10.2 m |0.076sec |0.075 sec|0.076sec | 0. 79 mls |2. 13 5 0. 50J 3.63 3 1.26 kg.my 0.25 10. 16 m 10 . 1047 sed0 . 050 sel 0 . 049sex/1 . 22 mis| 2.50 5 1. 19 5 3.69 5 1 95 xg. mls) 0.50 10 . 145 m /0. 239 sex/0. Q39sec /0.239 sec 1.54MLS| 1.80 5 1.89 3 3.695 2,46 *9. mlb 0.75 10.07 m 10 . 233 sec 0 . 03254) 0. 033 5ed 1 . 82 m/s| 1.09 5 2.64J|3. 73 J 2. 90*g. mis EndPre-Sharpened woman soul know about's COLORED PENCILS Pay as little as 927 a morith When signing up for MetaDirect automatic meorder of 20 day supply UltraFlora Metagenics COLORED PENCILS Graphing Draw Potential Energy (y axis) vs. Kinetic Energy (x axis) Graph (use a separate color for each cart and angle) You will have to enter the values for both variables. Potential Energy 6 Kinetic Energy 14 18 Find the slope of the PE vs KE graph (Slope "rise" = AY _ Y2-1 ) " run " 4X X2 - X 1 Slope (include units) = 50 empty 50 heavy 10 empty 10 heavy 6. Draw a momentum (y axis) vs. velocity (x axis) graph (use a separate color for each cart and angle) You will have to enter the values for both variables. Momentum 0 18 5 6 Velocity Slope (include units) = 50 heavy 10 empty 10 heavy 50 emptyCOLORED PENCILS woman swould know about's Pre-Sharpened COLORED PENCILS Pay as little as 527 a month when signing up for MetaDirect automatic reorder of 90 day supply Metagenics women's Analysis Questions (Use Data from two sets of data for each question - include data for both angles OR both carts as necessary) 1. Write a relationship statement for the relationship between height and the potential energy 2. Write a relationship statement for the relationship between height and the velocity. 3. Write a relationship statement for the relationship between potential energy and the kinetic energy. 4. Write a relationship statement for the relationship between kinetic energy and the mome