Two particles of equal mass 50 mg and equal charge 50 nC are brought from an infinite distance apart until they are only separated by 2 x 10 '10 meters. The particles are released from rest. What speed will they have when they are very far apart from one another? Question 3 E4 4 pts '0 1 6 Details A 12.0 Volt car battery can move 54000 Coulombs of charge through a circuit. What is its energy output? DMZ] Three charges will be moved from an infinite distance to the corners of a square as shown. The square has sides d = 0.6 m. . How much work is required to move the first charge, charge A = 80 mC from an infinite distance to its location? Enter an inteer or decimal number more.. How much work is required to move the second charge, charge B = 30 mt; from an infinite distance to its location 0.6 meters away from charge A? W = C] Joules How much work is required to move the third charge, charge C = 65 mC from an infinite distance to its location 0.6 meters away from charge B? W = C] Joules What is the total Potential Energy preserved by the system of point charges? U = C] Joues The circuit above has a power source of 160 V and 43.1 V is dissipated through R2 and 64.1 V is dissipated through R3. How much electric potential is dissipated through R1? [3 Units: [3 0 Question 18 IE 4 pts '01 G Details What is the current in a circuit where 13.6C of charge goes by in 18.65? Desmos Calculator . = Q 0 Question 19 84 pts '0 1 G Details If the wall socket is providing 259V of electric potential and 0.011A of current is flowing through the device you connected then how much resistance does the device have in its circuit? Desmos Calculator R=Qu~D