Answer Happy

(a) Now set charge 1 to + 1 μC and charge 2 to +4 µC. At what location on the x-axis a finite distance from the charges is the net electric field equal to zero? (b) Now set charge 1 to + 1 µC and charge 2 to - 4 µC. At what location on the x-axis a finite distance from the charges is the net electric field equal to zero?
The Electric Field Lines of Point Charges Charge Charge 1, mkC: Concept Questions -4 Notes Charge 2 Audio Intro X, m: Y, m: Measure the electric field, kN/C: Charge 2, mkC: Force on each charge, mN: 35.96 Show net electric field Show field lines for charges 4 DIC H ▷