# An electric dipole consists of a positive point charge +q and a negative point charge -q separated by distance d. A cube with sides of length d is centered at the +q charge. If E(r) denotes the dipole electric field from both charges, then the value of the integral ∫ E.dA over the cube’s surface is a.0 b.+q/ε0 c.-q/ε0

An electric dipole consists of a positive point charge +q and a negative point charge –q separated by distance d. A cube with sides of length d is centered at the +q charge. If E(r) denotes the dipole electric field from both charges, then the value of the integral ∫ E.dA

over the cube’s surface is

a.0

b.+q/ε0

c.-q/ε0

Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code “Newclient”

The post An electric dipole consists of a positive point charge +q and a negative point charge -q separated by distance d. A cube with sides of length d is centered at the +q charge. If E(r) denotes the dipole electric field from both charges, then the value of the integral ∫ E.dA over the cube’s surface is a.0 b.+q/ε0 c.-q/ε0 appeared first on Superb Professors.