Calculate the energy expended in moving a point charge Q= 50 (2, /3, 3) in...

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Calculate the energy expended in moving a point charge Q= 50 μ (2, π/3, 3) in an electric = - C from P₁(r, þ, z) = (1, — ñ/2, 3) to P₂ 2 ^ field E= 2r sin pa + r cos pa (V/m) by r 1. moving Q from 2 at π/3. 2. moving Q from r = 1 to 2 at o = π/2 at r = 2. 3. discuss the energies in 1. and 2. if E is conservative or not and why. - = == π/2 tо π/3 at r= 1, then from r = 1 to π/3, then from = π/3 to Calculate the energy expended in moving a point charge Q= 50 μ (2, π/3, 3) in an electric = - C from P₁(r, þ, z) = (1, — ñ/2, 3) to P₂ 2 ^ field E= 2r sin pa + r cos pa (V/m) by r 1. moving Q from 2 at π/3. 2. moving Q from r = 1 to 2 at o = π/2 at r = 2. 3. discuss the energies in 1. and 2. if E is conservative or not and why. - = == π/2 tо π/3 at r= 1, then from r = 1 to π/3, then from = π/3 to

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SOLUTION To calculate the energy expended in moving a point charge Q from P to P in an electric field E we can use the formula for the work done by the electric field W E dl where W is the work done E ... View the full answer