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€1 -Q દ. Z L 1. A cylindrical capacitor of length L consist of coaxial conducting surfaces of radii r, and ri. Two diele
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€1 -Q દ. Z L 1. A cylindrical capacitor of length L consist of coaxial conducting surfaces of radii r, and ri. Two diele
€1 -Q દ. Z L 1. A cylindrical capacitor of length L consist of coaxial conducting surfaces of radii r, and ri. Two dielectric media of different dielectric constants &z and &z fill the space between the conducting surfaces as shown in the figure. Two chargers, Q and +Q are located at the inner cylindrical surface and the outer cylindrical surface, respectively. (10 points) Find D and E in each region. b. (5 points) Find C. (10 points) Find the electrostatic energy stored in each region. 1 (1 = 3.14, L = 1 km, £1 = 380, Ez = 7€ Ep = 361 ri = 2 mm, ro = 4 mm) a. c. x 10-9F/m
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