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) The Charge Configuration Shown below cansists f hoo stationary Charges, 8= +2nC and Pent B the midpinf beten"the Charges. =-3nC. 6) Determine the electric potential V at points A and B. (b) A charge Q=-4C s the amount of work required to move it to B, s postioned at A Calculate 0.4m

) The Charge Configuration Shown below cansists f hoo stationary Charges, 8= +2nC and Pent B the midpinf beten"the Charges. =-3nC. 6) Determine the electric potential V at points A and B. (b) A charge Q=-4C s the amount of work required to move it to B, s postioned at A Calculate 0.4m

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Configuration Shown below Consists () The Charge too stationary Charges, =+2nC and q=-3nC. Pont B the mdpinf betuen the Changes. 6) Daermine (b) A charge Q=-4C Toationad at A Caleulate the amount of work regured to move it to B. the electric potential V at points A and B. 03m 0.4m (2) Con der the Capncitor nttuerk in the irpare below where C,-C, =C,= 3F d () Cowpte the entive 15) Assuming A the "alent Cobinetion, Capacitance C
Transcribed Image Text:Configuration Shown below Consists () The Charge too stationary Charges, =+2nC and q=-3nC. Pont B the mdpinf betuen the Changes. 6) Daermine (b) A charge Q=-4C Toationad at A Caleulate the amount of work regured to move it to B. the electric potential V at points A and B. 03m 0.4m (2) Con der the Capncitor nttuerk in the irpare below where C,-C, =C,= 3F d () Cowpte the entive 15) Assuming A the "alent Cobinetion, Capacitance C
Charge the amount of (2)C The
Transcribed Image Text:Charge the amount of (2)C The
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