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A rod of length 16 meters and charge 1.5 mC lies along the x-axis from (-8, 0) to (8,0) meters. A charge of 4 mC is placed at (0, 1) meters. Find the potential energy of these two charges if the rod has a linear charge density given by λ = kx6. 778.5 J O 736.4 J 918.4 J 856.2 J 236.7 J

A rod of length 16 meters and charge 1.5 mC lies along the x-axis from (-8, 0) to (8,0) meters. A charge of 4 mC is placed at (0, 1) meters. Find the potential energy of these two charges if the rod has a linear charge density given by λ = kx6. 778.5 J O 736.4 J 918.4 J 856.2 J 236.7 J

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A rod of length 16 meters and charge 1.5 mC lies along the x-axis from (-8, 0) to (8, 0) meters. A charge of 4 mC is placed at (0, 1) meters. Find the potential energy of these two charges if the rod has a linear charge density given by λ = kx6. 778.5 J 736.4 J 918.4 J 856.2 J O236.7 J
Transcribed Image Text:A rod of length 16 meters and charge 1.5 mC lies along the x-axis from (-8, 0) to (8, 0) meters. A charge of 4 mC is placed at (0, 1) meters. Find the potential energy of these two charges if the rod has a linear charge density given by λ = kx6. 778.5 J 736.4 J 918.4 J 856.2 J O236.7 J
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