3- Two negative charges and one positive charge equally spaced near each other. 4- Three positive charges with one negative charge 100 cm away from each other. 6-) 9 G) G) 6. Two opposite charges far away from each other. 6) 6-) Direction: Illustrate using line arrows the net resulting electric field for each given configuration. Discuss briefly your diagram. Use a separate sheet of paper for your answer. 1. Two equal and opposite charges (a dipole), 10 cm away from each other. + 2. Two negative charges and one positive charges, 10 cm away from each other. +Direction: Copy and answer the following questions. For numbers 1 5. In each electric eld line patterns, identify if the diagram is correct or wrong. If the diagram is incorrect, provide a short explanation that will justify your answer. 1. 2. 3. 4. 5. For numbers 6 10. A negative source charge (A) is shown in the diagram below. This source charge can create an electric eld. Various locations within the eld are iabeled with positive test charge. For each location, draw an electric eld vector in the appropriate direction with the appropriate relative magnitude. Note: Draw the length of the E vector long wherever the magnitude is large and short wherever the magnitude is small. For numbers 11 15. Complete the table. Charge creating Charge used to Forced Electric field Distance experienced by the E eld test the E eld test charge intensity (fictional units) 50 n0 0.30 N For number 16 17. Discussion type questions 16- What slmiiarities do electric forces have with gravitational forces? What are the most signicant differences? Explain. 17. A rubber balloon has a single point charge in its interior. Does the electric flux through the balloon depend on whether or not it is fully inated? Explain your reasoning