1 50 points 4 charged spheres are arranged at the vertices of an isosceles trapezoid. (Ignore gravity and friction). Geometric Parameters Charges New Charge 93 a = 12.0 mm Q1 - 6.40E-9C Qnew - 3.20E-9 C b = 24.0 mm q2--3.20E-9 C qnew mass - 8.00 g C c = 10.0 mm q3--3.20E-9 C q4 - 6.40E-9C b Requirements for full credit: You must submit one (or more) diagrams. They must include the following: o all vectors, including resultant, for E-field. o all vectors, including, resultant, for Force. o the velocity and acceleration vectors. Calculate the height of the trapezoid. hi |type your answer. Calculate the Potential Energy of the 4 charge system. type your answer.. Calculate Electric Potential at a point P, centered to the trapezoid, and a distance h (what you calculated in #1) below it. See image. type your answer.. Calculate the magnitude and direction of the Electric Field at P.Magnitude: type your answer.. and Direction: type your answer._ in whole degrees counterclockwise from the +x-axis. If a charge, qnew, is brought in from a land, far, far, away and is placed at point P. Calculate the change in Potential Energy of the system. type your answer... Calculate the total Potential Energy of the 5 charge system. type your answer. If the new charge is released, prove quantitatively, what direction it will go (answer in whole degrees counterclockwise from the +x-axis). type your answer.-. Calculate its initial acceleration. |type your answer- Calculate the velocity of the released charge at infinity, or prove (qualitatively or quantitatively) that the charge won't go to infinity. If the charge goes to infinity, input the velocity here: type your answer. If the charge doesn't go to infinity, type n/a in the box for part a, and include your proof in your upload