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2. Five charges are arranged as follows • A +2.00 nC charge at the origin. •...

2. Five charges are arranged as follows • A +2.00 nC charge at the origin.

• A +3.00 nC charge at position, ~rA = 1.00ˆi + 0.50ˆj cm.

• A +3.00 nC charge at position, ~rB = 1.00ˆi − 0.50ˆj cm.

• A -4.00 nC charge at position, ~rC = −1.00ˆi + 0.50ˆj cm.

• A -4.00 nC charge at position, ~rD = −1.00ˆi − 0.50ˆj cm.

Find the total electric force on the 2 nC charge (hint to make this quicker: you can just “brute force” this calculation. But if you use symmetry you can reduce the effort required by at least half.

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c C-4nc c) (Anc) their M Cmpment can cet each tav χ cmn p ment will ad d cup Cosa Force dee to oth A kB Ft s) x10-4 -18 25 10-4 Force d從to Both ceo esa cm-pment will addup 1.5 45 10-3 C-^ )please give an upvote if you like

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