A uniform electric field is one that has the same magnitude and direction at every point in space as shown in the figure below. E What are some methods to produce a uniform electric field? You can choose one or more than one choice. For example, if the answer is A, enter capital A. If A and B are correct, enter AB both capitals. Order of choices is not important A. Use a point charge B. Use a positive and negative point charge close to each other. C. Use a very large uniformly charged flat sheet. D. Use a charged spherical sphere. E. Use two large uniformly charged flat sheets with equal charge of opposite polarity located close to each other.

A uniform electric field is one that has the same magnitude and direction at every point in space as shown in the figure below. E What are some methods to produce a uniform electric field? You can choose one or more than one choice. For example, if the answer is A, enter capital A. If A and B are correct, enter AB both capitals. Order of choices is not important A. Use a point charge B. Use a positive and negative point charge close to each other. C. Use a very large uniformly charged flat sheet. D. Use a charged spherical sphere. E. Use two large uniformly charged flat sheets with equal charge of opposite polarity located close to each other.