What is the acceleration of an object of mass 4.2 x 10'3 kg with a charge 8.8 x 10'9 C with a charge of under the influence of an electric field of magnitude 5100 V/ m, assuming gravity is negligible? Round to three decimal places. a=:] unit[:] Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.8 m. How much work is required to move the first charge, charge A = 60 mi: from an infinite distance to its location? W = [j Joules How much work is required to move the second charge, charge B = 30 mC from an infinite distance to its location 0.8 meters away from charge A? W = [j Joules How much work is required to move the third charge, charge C = 80 mC from an infinite distance to its location 0.8 meters away from charge B? W = [j Joules What is the total Potential Energy preserved by the system of point charges? U = I: Joues In the figure above, q1= 2.6 pC, q2= -1.2 pC, and q3= 1.8 pt. The distance between ql and (12 is a = 0.5 m. The distance between (12 and 93 is b = 1 m. Round all answers to three decimal places. What is the magnitude of the net electrostatic force acting on charge Q2? :1\" This is a diagram of a series circuit. Three resistors are connected to a 12 Volt battery. The resistors have the same resistance, such that R1 = R2 = R3 = 600 9. According to the way the circuit is set up, what is the voltage drop across Resistor 2? V2 = C] unit C] An object has a mass of 2.59 x10'3 kg and a charge of -650 C. It accelerates from a potential of 0 Volts to 5 Volts. How much kinetic energy did it gain? K=E unit[:] How quickly is it now moving? v=[:] unit[:] According to Coulomb's law what is the force object B is experiencing due to the presence of object A, if they are separated by 225.76m? Note that the force will be large. Round to the nearest whole number. pick a direction from below wH/'\\./\\