A sphere of radius r = 10 cm has a charge density variation with radius given...

   

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A sphere of radius r₁ = 10 cm has a charge density variation with radius given by Por/₁, Po = 200 pC m³. Find the total charge of the sphere. aD If V.D= 40 pCm³ find: ex i) The electric flux density at x =5 cm. ii) The charge enclosed, Q in the volume, 0<x<5, 5≤y≤ 10,6 ≤z≤ 12 cm A sphere of radius r₁ = 10 cm has a charge density variation with radius given by Por/₁, Po = 200 pC m³. Find the total charge of the sphere. aD If V.D= 40 pCm³ find: ex i) The electric flux density at x =5 cm. ii) The charge enclosed, Q in the volume, 0<x<5, 5≤y≤ 10,6 ≤z≤ 12 cm

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Lets break down the problem into parts to find the total charge of the sphere Firstly w... View the full answer