As shown below, particle C is located at (0 cm, 16 cm), particle D is at...

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As shown below, particle C is located at (0 cm, 16 cm), particle D is at the origin, & particle E is at (16 cm, 0 cm). Additionally, ac = 4 C, qp = -2 C, & q = 3 C. D E A.) Determine the magnitude & components of the electric force that C exerts on E. Let up & right be positive. FCE = FCE,X FCE,Y = = B.) Determine the magnitude & components of the electric force that D exerts on E. Let up & right be positive. FDE FDE,X FDE,Y = = C.) Determine the components, magnitude, & direction of the net electric force on E because of C & D. Fnet,x Fnet, y Fnet direction of Fnet = = = = = o relative to the VERTICAL in quadrant - Choose quadrant --- As shown below, particle C is located at (0 cm, 16 cm), particle D is at the origin, & particle E is at (16 cm, 0 cm). Additionally, ac = 4 C, qp = -2 C, & q = 3 C. D E A.) Determine the magnitude & components of the electric force that C exerts on E. Let up & right be positive. FCE = FCE,X FCE,Y = = B.) Determine the magnitude & components of the electric force that D exerts on E. Let up & right be positive. FDE FDE,X FDE,Y = = C.) Determine the components, magnitude, & direction of the net electric force on E because of C & D. Fnet,x Fnet, y Fnet direction of Fnet = = = = = o relative to the VERTICAL in quadrant - Choose quadrant ---

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To determine the electric forces as asked in the problem we will approach each part separately using Coulombs law which is given by F k fracq1 q2r2 where F is the magnitude of the force between the ch... View the full answer