In this question, you will use the program that you wrote in the previous homework assignment (VPython fan cart) to model the motion of a fan cart. You should download this program from the previous webassign assignment or get it from your Glowscript account, if you have not already done so. Glowscript.org is the proper place to do this programming, but save your previous program with another name before making changes when working on this assignment. Test Case - Make sure that your program produces these results before trying the Graded Question. (1) After downloading this program, set the initial conditions of your computer model to the following: Mass of your fancart: 0.4885 kg Time step (deltat) for Test Case: 0.01 s Final integration time (t): 4.02 s Initial position of the fancart: m Initial velocity of the fancart: m/s Force of the fan: N Your code should print the final position and final velocity of your fancart. If you are unable to get your program to work for the Test Case, you should go to the TA help session for help. Final position of the fancart: m Final velocity of the fancart: m/s Graded Question - Make sure that your code works for the Test Case before solving this question (2) After downloading this program, set the initial conditions of your computer model to the following: Mass of your fancart: 0.2908 kg Time step (deltat) for Test Case: 0.01 S Final integration time (t): 4.07 s Initial position of the fancart: m Initial velocity of the fancart: m/s Force of the fan: N Your code should print the final position and final velocity of your fancart. (a) Final position of your fancart: ,0>m (b) Final velocity of your fancart: ,0> m/s (c) Final momentum of your fancart: 3.0> m/s In this question, you will use the program that you wrote in the previous homework assignment (VPython fan cart) to model the motion of a fan cart. You should download this program from the previous webassign assignment or get it from your Glowscript account, if you have not already done so. Glowscript.org is the proper place to do this programming, but save your previous program with another name before making changes when working on this assignment. Test Case - Make sure that your program produces these results before trying the Graded Question. (1) After downloading this program, set the initial conditions of your computer model to the following: Mass of your fancart: 0.4885 kg Time step (deltat) for Test Case: 0.01 s Final integration time (t): 4.02 s Initial position of the fancart: m Initial velocity of the fancart: m/s Force of the fan: N Your code should print the final position and final velocity of your fancart. If you are unable to get your program to work for the Test Case, you should go to the TA help session for help. Final position of the fancart: m Final velocity of the fancart: m/s Graded Question - Make sure that your code works for the Test Case before solving this question (2) After downloading this program, set the initial conditions of your computer model to the following: Mass of your fancart: 0.2908 kg Time step (deltat) for Test Case: 0.01 S Final integration time (t): 4.07 s Initial position of the fancart: m Initial velocity of the fancart: m/s Force of the fan: N Your code should print the final position and final velocity of your fancart. (a) Final position of your fancart: ,0>m (b) Final velocity of your fancart: ,0> m/s (c) Final momentum of your fancart: 3.0> m/s