I need help to do this glowscrip assignment please
vPython assignment 01-due 9am Wed 13 March [ch16 P88 1.Compute the coordinates unique to your program by converting the first two letters of you last name to numerals according to the following formula. First letter: A-0.01, B-0.02, C-0.03,D0.04, -00s, F-0.01,G-0.02, H-0.03, 1-0.04, J-0.0s, K-0.01, L-0.02, M--0.03, N-004, 0-00s, P--0.0, o--002. R-0.03, S-004, T-0.05, Ua-001, V 0.02, w--0.03, X-004, Y-0.05, Z-0.05 Second letter: a -0.01, b-0.02, c-0.03, d-0.04, e-0.00,-0.01, g002, b-003, i-0.04,j-0.00, k0.01, 1-0.02, 00,0.04,o 0.00, p-o01, q--002, r.O 03, s--004, t-000, u"-0 01, v"-0.02, wi-003, X--004. -00, -.00 2. Modify the program from section 16.8 to calculate the potential difference Vc-Va where D- meters and C snumeral corresponding to first letter of your last name, numeral corresponding to second letter of your last name, o 3. Create a public folder within your G account. When the above program accomplishes its assigned goal, copy it to this public folder and to the instructor and the other members of your group notifying them of its location. posted time and date inspect the programs made available to you by the other members of your group, and send an e-mail bers of your group have notified you their program is ready-or, if not all the members reply, at the when this programming assignment is due the to the instructor with an assessment of the success of each available program. Explicitly state whether the coordinates for location C are correctly computed, and if the resulting program correctly accomplishes the goals of the assignment. 16.9 Potential Difference in an Insulator 653 s 0 , 01 ## source charges si sphere (pos (-s/2,0,0), radius 0.003, color color.red, q qd) s2 sphere (pos- (s/2,0,0), radius-0.003, color-color.blue, q--qd) sources [s1, s2] ## path A- vector (0.02,0.02,0) vector (0 . 12, 0 . 08, 0) path [A, B] curve (pos-path, color-color , green) ## potentials VA = 0 VB=0 i=0 while i len (sources) : ##draw path rate (50o) r_A = A- source s[i].pos VA VA + oofpez*sources [i].q/mag (r_A) r-B = B - sources [1].pos VB VB +oofpez*sources [i].q/mag (r_B) ii+ 1 print ('VA- VA, 'VB-VB, VB-VA-', VB-VA) vPython assignment 01-due 9am Wed 13 March [ch16 P88 1.Compute the coordinates unique to your program by converting the first two letters of you last name to numerals according to the following formula. First letter: A-0.01, B-0.02, C-0.03,D0.04, -00s, F-0.01,G-0.02, H-0.03, 1-0.04, J-0.0s, K-0.01, L-0.02, M--0.03, N-004, 0-00s, P--0.0, o--002. R-0.03, S-004, T-0.05, Ua-001, V 0.02, w--0.03, X-004, Y-0.05, Z-0.05 Second letter: a -0.01, b-0.02, c-0.03, d-0.04, e-0.00,-0.01, g002, b-003, i-0.04,j-0.00, k0.01, 1-0.02, 00,0.04,o 0.00, p-o01, q--002, r.O 03, s--004, t-000, u"-0 01, v"-0.02, wi-003, X--004. -00, -.00 2. Modify the program from section 16.8 to calculate the potential difference Vc-Va where D- meters and C snumeral corresponding to first letter of your last name, numeral corresponding to second letter of your last name, o 3. Create a public folder within your G account. When the above program accomplishes its assigned goal, copy it to this public folder and to the instructor and the other members of your group notifying them of its location. posted time and date inspect the programs made available to you by the other members of your group, and send an e-mail bers of your group have notified you their program is ready-or, if not all the members reply, at the when this programming assignment is due the to the instructor with an assessment of the success of each available program. Explicitly state whether the coordinates for location C are correctly computed, and if the resulting program correctly accomplishes the goals of the assignment. 16.9 Potential Difference in an Insulator 653 s 0 , 01 ## source charges si sphere (pos (-s/2,0,0), radius 0.003, color color.red, q qd) s2 sphere (pos- (s/2,0,0), radius-0.003, color-color.blue, q--qd) sources [s1, s2] ## path A- vector (0.02,0.02,0) vector (0 . 12, 0 . 08, 0) path [A, B] curve (pos-path, color-color , green) ## potentials VA = 0 VB=0 i=0 while i len (sources) : ##draw path rate (50o) r_A = A- source s[i].pos VA VA + oofpez*sources [i].q/mag (r_A) r-B = B - sources [1].pos VB VB +oofpez*sources [i].q/mag (r_B) ii+ 1 print ('VA- VA, 'VB-VB, VB-VA-', VB-VA)
