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An uniform electric field with magnitude E=79V/m, pointing in the direction as shown in the figure. A, B, D C, and D are located on the corners of a rectangular shape. Given distances: AB=6.45m; and BC=4.66m. Calculate the electrical potential (unit in V) difference A B between A and B: VB-VAAn uniform electric field with magnitude E=69V/m, pointing in the direction as shown in the figure. A, B, D C, and D are located on the corners of a rectangular shape. Given distances: AB=6.21m; and BC=3.8m. Calculate the electrical potential (unit in V) difference A B between B and C: Vc-VBAn uniform electric field with magnitude E=73V/m, pointing in the direction as shown in the figure. A, B, D C, and D are located on the corners of a rectangular shape. Given distances: AB=6.02m; and BC=4.32m. Calculate the electrical potential (unit in V) difference A B between A and C: Vc-VAAn uniform electric field with magnitude E=165V/m, pointing in the direction as shown in the figure. A, B, D C C, and D are located on the corners of a rectangular shape. Given distances: AB=6.75m; and BC=3.18m. Calculate the electric potential energy (unit in J) A B change for a q=0.3C charged particle moving from A to B: UB-UAA positive charged particle {mass m; charge 0} is released from rest at position A (XA) in a constant electric eld with magnitude E, pointing in the positive x-direction. Given 8.00 3.00>