Direction: ANSWER IN PAPER PLEASE THANKS MUCH.

Directions: Solve the given problem completely (data with conversion, equation/s with derivation, substitution with units, computation, and final answer). For the final answer, just COPY the computation result from your calculator display - no rounding off. If there are several numbers after the decimal point, copy the first 4 numbers after the decimal point and drop the other numbers. Solution should be handwritten personally by you. Submit your work finished or not before the due date/ time because timeliness is one of the criteria for scoring. Make sure to solve the problem set assigned to you. Equations kq kq EDA E =- V = C = - d V = Ed E = C = A. proton p 1. Determine the magnitude and direction of E at point P due to the: (a) electron e, and (b) proton p. 5 cm 2. Determine the magnitude of V at point Pdue to (a) the electron e, and (b) the proton p. 5 cm electron e Solution: Data: by merridyvmacutay Equation: Substitution/Computation:B. A parallel-plate capacitor is connected to a 3-kV battery. If the capacitor has plates of areas 0.46m and plate separation of 0.2 cm, calculate: A, plate area 1. the capacitance of the capacitor. 2. the charge stored on each plate, and 3. the electric field between the plates. V (battery) Solution: Data: Equation: Substitution/Computation