+q I. As shown in figure, the eight particles are fixed in place and have charges either +q or -q. The distance between

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+q I. As shown in figure, the eight particles are fixed in place and have charges either +q or -q. The distance between

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Q I As Shown In Figure The Eight Particles Are Fixed In Place And Have Charges Either Q Or Q The Distance Between 1
Q I As Shown In Figure The Eight Particles Are Fixed In Place And Have Charges Either Q Or Q The Distance Between 1 (21.95 KiB) Viewed 16 times
+q I. As shown in figure, the eight particles are fixed in place and have charges either +q or -q. The distance between any two adjust particles as well as the distance between point P and the nearby particle are all equal to d. What is the magnitude of the net electric field at point P due to the particles? [5%] What is the magnitude of the net electric potential at point P? [5%] ● +q 1 +q OF OF
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