A charged wire has one end at x = -L and the other end at x...

 

Transcribed Image Text:

A charged wire has one end at x = -L and the other end at x = L. The wire has a known, non- .. = 20 COS You have an electric field generator that can make the 2L uniform charge density 2(x) = following three electric fields: = Ey B = E Ec = E Which electric field will give you the smallest net force on the wire? Which will give you the largest net force on the wire? (You may calculate the net forces to check your answer, but your explanation should be qualitative.) As part of your explanation, you should include and use the following: a charge diagram of the wire showing the charge density, using + and symbols to represent positive and negative charge an electric field vector map for each electric field A charged wire has one end at x = -L and the other end at x = L. The wire has a known, non- .. = 20 COS You have an electric field generator that can make the 2L uniform charge density 2(x) = following three electric fields: = Ey B = E Ec = E Which electric field will give you the smallest net force on the wire? Which will give you the largest net force on the wire? (You may calculate the net forces to check your answer, but your explanation should be qualitative.) As part of your explanation, you should include and use the following: a charge diagram of the wire showing the charge density, using + and symbols to represent positive and negative charge an electric field vector map for each electric field