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52. A thin wire is bent into the shape of the semicircle illustrated below. The radius of the semicircle is denoted by the symbol a and the positively charged wire has total charge Q and uniform charge density. Derive an equation for the electric potential at the origin, in terms of k, Q, and a.

52. A thin wire is bent into the shape of the semicircle illustrated below. The radius of the semicircle is denoted by the symbol a and the positively charged wire has total charge Q and uniform charge density. Derive an equation for the electric potential at the origin, in terms of k, Q, and a.

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Electric Potential 

52. A thin wire is bent into the shape of the semicircle illustrated below. The radius of the semicircle is denoted by the symbol a and the positively charged wire has total charge Q and uniform charge density. Derive an equation for the electric potential at the origin, in terms of k, Q, and a. a
Transcribed Image Text:52. A thin wire is bent into the shape of the semicircle illustrated below. The radius of the semicircle is denoted by the symbol a and the positively charged wire has total charge Q and uniform charge density. Derive an equation for the electric potential at the origin, in terms of k, Q, and a. a
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