1. Three charges are located at the corners of a rectangle as shown below. Find the potential at point P. Figure: Given: Solve for: 6.0 cm 9₁=1.0 µC 9:= -3.0 µC q3 = 4.0 μC V₁ V₁: total 8.0 cm -▪P a 9₁

9 √13 (μC) and q₂ = 3 (μC) are placed at the points 0(0, 0) and A(x, 0) meters as shown in the figure. The electrical potential at the point P(0, 2) meter is zero volts (VP = 0 V). Calculate the location of charge q₂- Q-1 Two point charges q₁ = лу P(0, 2) O(OA) X 91=- g (pc) V13 92= 3 (ME) A(x,0) 92

In the region shown in the image, there is a uniform electric field of magnitude 17.3 N/C which points in the positive ?‑direction. Points 2, 3, and 4 are all 0.749 m away from point 1, and the angle ?=46.4°. Calculate the following potential differences ??−??, where ? and ? indicate the numbered points. ?2−?1=   ____ V ?3−?1=   ____ V ?4−?1=   ____ V ?2−?4=   ____ V

I need help on question 11?

See attached image for picture that accompanies the problem. Three point charges q1 = 65 nC, q2 = -130 nC, and q3 = 195 nCare arranged at the corners of a square of side a = 10.0 cm. Whatis the potential at the 4th corner, point A, assuming V = 0 at r = ∞?

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QUESTION 5 A thin rod has a non-uniform charge per unit length given by 10) = a x, where a= 45. 0 nC/m, is distributed along the x axis from x +2.00 cm to x = +8.00 cm. If the electric potential at infinity is taken to be zero, wnat is the electric potentiai at the point P on the x-axis at x=15.0 cm? O A. 49.1 mV O B. 2.70 kVv O C. 243 V O D. None of the given options O E. 250 V

Two point charges, +2.70 µC and -7.40 μC, are separated by 1.70 m. What is the electric potential midway between them? Number i Toxtbook and M Units

1) Given the charge distribution below, determine the potential at A (upper left corner of the triangle and B (middle of the right edge of the rectangle). A -30 µC B. 7.5 cm 23.0 cm +10 uC +90 µC

I need help on question 10?