Problem 1: In Experiment 1, an electron travels from point B to point A, in the electric field E generted by/between two oppositely charged capacitor plates, as shown in the figure below. In Ex,riment 2, a proton travels from point B to point A, in the same electric field between the same two charged capacitor plates. A proton has a charge +e and an electron has a charge -e. *2. B + + + + + + + + + + Assume the electron experiences a change in electric potential, AV = –300V, and a change of potential energy, AU = +48aJ (where laJ = 10-18 J), in traveling from B to A. What will the proton experience ? (A) AV = -300V and AU = +482J (B) AV = +300V and AU +48aJ (C) AV = +100V and AU = +16aJ (D) AV = -300V and AU = -48aJ (E) AV = +300V and AU = -48aJ %3D

Problem 1: In Experiment 1, an electron travels from point B to point A, in the electric field E generted by/between two oppositely charged capacitor plates, as shown in the figure below. In Ex,riment 2, a proton travels from point B to point A, in the same electric field between the same two charged capacitor plates. A proton has a charge +e and an electron has a charge -e. *2. B + + + + + + + + + + Assume the electron experiences a change in electric potential, AV = –300V, and a change of potential energy, AU = +48aJ (where laJ = 10-18 J), in traveling from B to A. What will the proton experience ? (A) AV = -300V and AU = +482J (B) AV = +300V and AU +48aJ (C) AV = +100V and AU = +16aJ (D) AV = -300V and AU = -48aJ (E) AV = +300V and AU = -48aJ %3D