Why option 1 is correct give detailed solution don't copy from anywhere I need detailed Charges q-q and q coulomb are placed at the points(-î ) , (-î – 3 + k) and (-i +3 – k)+j+krespectively. The x-component of electric field at the originwill beA14πεο 3ν33/312q4πεο 3ν34TE014πεο ν3DNone of these

Given position of first charge q is r1→ = (-i^ + j^ + k^ ) position of second charge q is r2→ = (-i^…

Charges q-q and q coulomb are placed at the points (-i+ 3+ k) , (-i – 3 + k) and (–î + ĵ – k) + j – k | respectively. The x-component of electric field at the origin will be A 1 4πεο 3/3 B 1 2q 4πεο 3ν3 1 4πεο D None of these

Charges q-q and q coulomb are placed at the points (-i+ 3+ k) , (-i – 3 + k) and (–î + ĵ – k) + j – k | respectively. The x-component of electric field at the origin will be A 1 4πεο 3/3 B 1 2q 4πεο 3ν3 1 4πεο D None of these

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter15: Electric Forces And Electric Fields

Section: Chapter Questions

Problem 33P: Three identical charges (q = 5.0 C.) lie along a circle of radius 2.0 m at angles of 30, 150, and...

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Question

Why option 1 is correct give detailed solution don't copy from anywhere I need detailed

Charges q-q and q coulomb are placed at the points
(-î ) , (-î – 3 + k) and (-i +3 – k)
+j+k
respectively. The x-component of electric field at the origin
will be
A
1
4πεο 3ν3
3/3
1
2q
4πεο 3ν3
4TE0
1
4πεο ν3
D
None of these

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