PHYSICS...

Activity 2: Problem Solving: Answer the given problems, draw pictures and diagrams if needed, provide the solutions, or develop alternate solutions and give the correct answer. 1. Problem Solving: Direction. Read each problem carefully, show your solution and write the answer on your answer sheets. 1. Calculate the electric flux, for each of the closed surfaces 1, 2, 3 and 4. Where q1 = -8C, q2 = +2C, q3= +3C, q4= +4C, qs= +6C, q6= +7C, q7 = -4C, and 2 q8 = 5C. 2. Calculate the magnitude and direction of the electric field 1.5 meter from 95 a +9.64 x 10"C point charge. 3. A small ball weighing 0.0085 kg with a charge of +4.5 x 10 C. What electric 97 95 field is needed to make the small ball remain suspended in air? 9s 96 4. Two-point charges q1 = 6.5 x10"C and q2 = -6.5 x10C are separated by 7.6 x 10 2meter forming an electric dipole shown. Calculate the electric field halfway between the dipoles. 5. Calculate the electric flux through the top, bottom, right and left sides of the cube. The side of the cube is 0.5m when placed in a horizontal E uniform electric field of 7 N/C directed to the right