Three particles are located on the x-y plane as indicated in the diagram. The first particle has charge q1 = e and is located at < -d, 0,0 >. The second particle has charge q2 = 3e and is located at < 2d, 0,0 >. The third particle has charge 93 = -4/5e and is located at < -d, 2d, 0 >. Note that e is the charge of the proton and d is a positive distance. 93 2d d 91 921 X d 2d

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= e and is located at
Three particles are located on the x-y plane as indicated in the diagram. The first particle has charge q1
< -d, 0,0 >. The second particle has charge q2 = 3e and is located at < 2d, 0,0 >. The third particle has charge
-4/5e and is located at < -d, 2d, 0 >. Note that e is the charge of the proton and d is a positive distance.
93
93
2d
- d
91
92 1
d
2d
Transcribed Image Text:= e and is located at Three particles are located on the x-y plane as indicated in the diagram. The first particle has charge q1 < -d, 0,0 >. The second particle has charge q2 = 3e and is located at < 2d, 0,0 >. The third particle has charge -4/5e and is located at < -d, 2d, 0 >. Note that e is the charge of the proton and d is a positive distance. 93 93 2d - d 91 92 1 d 2d
Determine where a fourth particle with charge q4 =
< 0, 0,0 > is zero? Please answer as vector formulas using "d".
e should be positioned such that the net electric field at the origin
Transcribed Image Text:Determine where a fourth particle with charge q4 = < 0, 0,0 > is zero? Please answer as vector formulas using "d". e should be positioned such that the net electric field at the origin
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