Two charges are located in the (x, y) plane as q1 = -8.5 C @ (-2.2, -1.7) ; q2 = 8.3 C @ (2, -1.7). The fields produced by these charges are observed at a point p with coordinates (0, 0).
Two charges are located in the (x, y) plane as q1 = -8.5 C @ (-2.2,
-1.7) ; q2 = 8.3 C @ (2, -1.7). The fields produced by these charges are observed at a point p with coordinates (0, 0). Find the x-component of the electric field at p. The Coulomb constant is 8.98755 × 109 N · m2 /C 2 . Answer in units of N/C.
b) Find the electric potential at p with coordinates (0, 0). Let V = 0 at infinity. Answer in units of V. [I found this to be 9.4199e8 but it’s needed for part c]
c) Find the y-component of the electric field at p by taking the appropriate partial derivative of the potential function from part 2. Answer in units of N/C.
d) Find Vs − Vp by integrating −E~ · d~s over a straight line path between the two points. Let Point s be at position (0, 1). Answer in units of V.
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The post Two charges are located in the (x, y) plane as q1 = -8.5 C @ (-2.2, -1.7) ; q2 = 8.3 C @ (2, -1.7). The fields produced by these charges are observed at a point p with coordinates (0, 0). appeared first on Superb Professors.
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