Two equal positive charges of q=+2.0 uF interact with a third charge of Q=+4.0 uF (Fig.2.)....

 

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Two equal positive charges of q=+2.0 uF interact with a third charge of Q=+4.0 uF (Fig.2.). a) Draw the electric field lines between the three charges b) Find i.the net force on Q due to both charges q ii.the net electric field at (0,0) and (0.4, 0) iii.the potential energy at (0,0) and (0.4, 0) iv.the potential at (0,0) and (0.4, 0) v.the potential difference between point (0.4, 0) to (0,0) vi.the work required to move Q from (0.4, 0) to point (0, 0.3) 0.3m 0.3m 91 92 0.4m Two equal positive charges of q=+2.0 uF interact with a third charge of Q=+4.0 uF (Fig.2.). a) Draw the electric field lines between the three charges b) Find i.the net force on Q due to both charges q ii.the net electric field at (0,0) and (0.4, 0) iii.the potential energy at (0,0) and (0.4, 0) iv.the potential at (0,0) and (0.4, 0) v.the potential difference between point (0.4, 0) to (0,0) vi.the work required to move Q from (0.4, 0) to point (0, 0.3) 0.3m 0.3m 91 92 0.4m

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Step 1 a Step 2 b i The net force will be given by the superposition of the forces exerted by both c... View the full answer