Introduction: Review the class note on electric fields, and the scalar potential. Use of the textbook module resource is encouraged. The link is Applied Electromagnetics/8e by Ulaby and Ravaioli (umich.edu). You may need to download the JAVA software. Use appropriate limits for x and y coordinates on the plots. 2. Electric quadrupole. Given four charges Q1 = +3e at P1 = (x = 3, y=3), Q2 = -3e at P2 (x=3, y = 6), Q3 = -3e at P3 = (x = 6, y=3), Q4 = +3e at P2 (x=6, y = 6) a. Compute the values for E and V. V E Pt. A B D E F G H olmalomo y 0 0 0 0 4.5 4.5 4.5 4.5 b. Make a sketch of the electric field lines using arrows. Please use the software that is described in the introduction! I will give you the best rating if done!!!! Introduction: Review the class note on electric fields, and the scalar potential. Use of the textbook module resource is encouraged. The link is Applied Electromagnetics/8e by Ulaby and Ravaioli (umich.edu). You may need to download the JAVA software. Use appropriate limits for x and y coordinates on the plots. 2. Electric quadrupole. Given four charges Q1 = +3e at P1 = (x = 3, y=3), Q2 = -3e at P2 (x=3, y = 6), Q3 = -3e at P3 = (x = 6, y=3), Q4 = +3e at P2 (x=6, y = 6) a. Compute the values for E and V. V E Pt. A B D E F G H olmalomo y 0 0 0 0 4.5 4.5 4.5 4.5 b. Make a sketch of the electric field lines using arrows. Please use the software that is described in the introduction! I will give you the best rating if done