In an industrial process two large, thin, flat sheets of plastic are given uniform charges over their surfaces. The sheets are so large that, for locations not too close to the edges, we can approximate them as being infinite in extent. Figure 22.13.1 shows a side view of the two sheets, which are parallel. The + xruns along one of the sheets, and the + y axis is perpendicular to both sheets. One sheet is located at y = 0, and the second sheet is located at y = d = 0.400 m. Sheet #1 has area charge density to, where o = 2.50 nC/m and sheet #2 has area charge density -o. +y Sheet #2 (Assumed infinite Cxy = 3d/2 in extent) B x y = d/2 +.X to Sheet #1 Ax y = -d/2 (Assumed infinite in extent)Question 1 What is the net electric field (due to both sheets) at point A, which has coordinate y = - d/2? Enter a numerical value in the box below. EA= i N/C)jQuestion 2 What is the net electric eld (clue to both sheets} at point B, which has coordinate): : M2? Enter a numerical value in the box below. } A E3 = ( may What is the net electric field (due to both sheets) at point C, which has coordinate y = 3d/2? Enter a numerical value in the box below. Ec = i N/C) j