Two large metal plates carry equal and opposite charges spread over their surfaces. The electric potential at point a is _____ the potential at point b. A. higher than B. lower that C. equal to ua l er w lo eq th a ha n rt gh e hi 0% to 0% t 0% Two large metal plates carry equal and opposite charges spread over their surfaces. The electric field strength at point a is _____ the electric field strength at point b. A. greater than B. less that C. equal to 0% to ua l eq le ss th ha n rt te gr ea 0% at 0% Two large metal plates carry equal and opposite charges spread over their surfaces. If a negatively charged particle moves from point a to point b, then the particles electric potential energy has _______. sa m as ed th e cr e ye d de cr e in 0% e. 0% as ed 0% st a A. increased B. decreased C. stayed the same. Equipotential surfaces represent surfaces where _____ is constant. A. electric field strength B. electric potential C. electric flux x 0% el ec tr i c flu nt ia po te el ec tr i c st re ld fie c tr i el ec 0% l ng th 0% When all charges are at rest, the electric field just outside a conductor must be ______ to the surface at every point. A. parallel B. perpendicular C. Neither A nor B 0% 0% rB no th e ei N pe rp e rA nd ic pa ra ul a lle r l 0% Field lines and equipotential surfaces are always ___________. 0% 0% (n ot en o ug h in fo to th e fu lly ... sa m e lle l 0% pa ra r 0% ul a perpendicular parallel the same (not enough info to fully answer question). pe rp en di c A. B. C. D. The electronvolt (eV) is a measure of work energy electric Potential electric Flux 0% Fl tri c ec Po te tri c el ec el nt ia l ux 0% er gy 0% en or k 0% w A. B. C. D.