Question

Note: Both you and your lab partner/s will need to photorcopy (shared cell phone ue data In order to turn in a completed lab report that must show the mapped fields 8. Analysis your data, Here, show a ncluding units. e sample calculation for an electric field strength (magnitude) using (sample calculation of field magnitude) Answer the following questions: In words, define and what creates it, and give its MKS (metric) units 1. a conservative electric field in terms of electric force on a charged particle, 2. In words, describe how an electric field line is defined. What are its units, if any? 3. In words, define the electric potential and give its MKS units 4 Show your calculations from Section 6.f for each sheet. Are field strengths larger for adjacent equipotentials (assumed to differ by 1-V) that are farther apart or closer together? Why? 5. Can electric field lines cross? Why or why not? 6. Give an analogy with the gravitational field (direction) and the direction in which the gravitational potential energy increases. 7. What could you surmise about the electric field existing within an electrode? Hint: Is the entire electrode at the same potential?

Answer 1

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