2. SEP Developing and Using Models Electric fields in space are modeled around a charged particle using vectors at points or field lines. a. Based on the image above, is the charge weak or strong? Is it positive or negative? Explain your answers. b. Assume a second identical charge were to the left of this charge. What would be the value of the electric field directly between? Draw a picture of the resulting electric field. & c. Assume a second opposite charge were to the left of this charge. What would the electric field look like? Draw a picture of the resulting electric field. ' 3. CCC Cause and Effect In a conductor, electric charges spread out across the surface. If an electric field had any component along the surface of a conductor, what would the charges do? a. charges would move to cancel that component b. charges would move to maximize that component c. charges would remain fixed d. charges would move with no specific pattern