1.

\f1li'll'hich of the following locations best represents a region where the electric field is constant? C) a. near the surface of a single negatively charged plate O b. near the surface of a positive charged plate O c. in the region between a positive plate and a negative plate, but away from the ends of the plates C) d. a and b C) e. all of these Considerthe space between the plates of a charged parallel plate capacitor. Where does the electric eld have the greatest strength? O near the positive plate O near the negative plate O at the midpoint between the plates CI the eld is the same at all locations between the plates. A proton begins at the negative plate of a parallel plate capacitor. The plates are separated by 12 cm and generate a constant electric eld of 497'2 MIC directed from the positive plate to the negative plate. The proton is "launched" with an initial velocity oh? 1: 1i]5 ml's at an angle of 3D\" from the horizontal. What is the maximum height that the proton achieves above the negative plate before falling back down? Express your answer in centimeters. Aparlicle wilh a charge of 12 [JC and a mass of U.DDUB1 kg is red horizontally with a speed oi 2 X103 male from an initial height of 0.06 meters above a negatively charged surface. The surface generates a constant electric eld of 85930 MIC. How tar does the particle travel horizontally before striking the surface? Express your answer in meters. :1