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We have a potential V = 1, where k is a constant and r is the distance to the potential focus, which we assume is at the origin of coordinates. (a) Calculate V2V. What happens at r = 0? (b) Write Poisson's equation, and assuming V = 1, calculate k.

We have a potential V = 1, where k is a constant and r is the distance to the potential focus, which we assume is at the origin of coordinates. (a) Calculate V2V. What happens at r = 0? (b) Write Poisson's equation, and assuming V = 1, calculate k.

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We have a potential V = 1, where k is a constant and r is the distance to the potential focus, which we assume is at the origin of coordinates. (a) Calculate V2V. What happens at r = 0? (b) Write Poisson's equation, and assuming V = 1, calculate k.
Transcribed Image Text:We have a potential V = 1, where k is a constant and r is the distance to the potential focus, which we assume is at the origin of coordinates. (a) Calculate V2V. What happens at r = 0? (b) Write Poisson's equation, and assuming V = 1, calculate k.
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