Question: What will be the magnitude of the total electric field at point P if you add a third charge @3 = = 3 nc at 73 = (0.12, -0.05, 0) m ? The code conveniently prints this magnitude in yellow next to the total E-field vector. [Note: The vectors are displayed on a canvas that shows a typical rectangular coordinate system x vs y with the origin at the center. The z axis points out of the screen. We only use x and y and set all z coordinates to zero. However, the code and plot are fully three- dimensional and you may use your right mouse button to rotate the view. The red vector shows E1, the blue vector shows E2, and the yellow vector shows the superposition of the two.] Image size: s M L Max Q1 Q2 A D ? Remix Result Instructions main.py 1 ript 2.7 VPython 3 ne charges and their location 4 .e-9 # charge Q1 in C 5 rector(-0.1, 0, 0) # define r1 vector: (x, y, z) in meters 6 7 .e-9 # charge Q2 in C . 8 ector(+0.1, 0, 0) # define r2 vector in m Q1 Q2 9 10 ne point of interest P, i.e. where we want to calculate to P 11 ctor (0, -0.05, 0) # define R vector in m 12 13 spheres to show charges 14 ( pos=1, color=color . red, size=0.03*vector(1, 1, 1) ) E=1161 N/C 15 ( pos=r2, color=color .blue, size=0.03*vector(1, 1,1) 16 17 1 charges and point of interest 18 Innc-n tout- 'n' voffeat -5 inffeat - 15 hav-Falcal Back