Question:
A non-conducting ring of radius \(0.5\ m\) carries a total charge of \(1.11\times10^{-10}C\) distributed non-uniformly on its circumference producing on its circumference on electric field \(E\), everywhere in space.
The value of line integral \(∫_{l=∞}^{l=0} (-E×dl)\) (\(l=0\) being centre of ring) in volts is
A non-conducting ring of radius \(0.5\ m\) carries a total charge of \(1.11\times10^{-10}C\) distributed non-uniformly on its circumference producing on its circumference on electric field \(E\), everywhere in space.
The value of line integral \(∫_{l=∞}^{l=0} (-E×dl)\) (\(l=0\) being centre of ring) in volts is
The value of line integral \(∫_{l=∞}^{l=0} (-E×dl)\) (\(l=0\) being centre of ring) in volts is
Updated On: Jun 21, 2024
- +2
- -1
- -2
- Zero
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The Correct Option is B
Solution and Explanation
The correct option is (B): -1.
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