(i) (5 pts) Consider a scenario where an electron is initially at rest and positioned at a specific point within the illustrated potential field map. Describe the subsequent motion of the electron. y 50V 40V -20V 30V Ov -10V 20V -30V a) It travels to the left, and its electrical potential energy increases. b) It travels to the right, and its electrical potential energy increases. c) It travels to the left, and its electrical potential energy decreases. d) It travels to the right, and its electrical potential energy decreases. e) It does not move. Explain: (ii) (5 pts) Given that an identical voltage difference denoted as AV, is applied to four distinct parallel plate capacitors, order the capacitors by the amount of electric potential energy they accumulate. a) "Area" = A and "separation distance" = d b) "Area" === "Area" d) "Area" = Most Charge 2A and "separation distance" = d A and "separation distance" - 2d 2A and "separation distance" = 2d Least Charge Explain: (iii) (5 pts) In a circuit diagram featuring four identical light bulbs powered by a battery, list the bulbs in order from the brightest to the dimmest, assuming the light bulbs behave according to Ohm's law (i.e., they are ohmic). A B D Most Bright Least Bright Explain: (iv) (5 pts) What is the electric potential at a position located precisely midway between two point charges, one with a charge of -Q and the other with a charge of +Q? a) Equal to Zero. b) Greater than zero. c) Less than zero. d) In between the charges the potential is constant. e) Equal to the net electric field. Explain: