A current I flows along a round loop. Find the integral ∫B.dr along the axis of the loop within the range from (−∞) to (+∞). Explain the result obtained.
Sahay Sir > Question Answers > A current I flows along a round loop. Find the integral ∫B.dr along the axis of the loop within the range from (−∞) to (+∞). Explain the result obtained.
Calculate magnetic induction at point O if the wire carrying a current I has the shape as shown in figure. (The radius of the curved part of the wire is equal to R and linear parts of the wire are very long.)
06
Sep
Calculate magnetic induction at point O if the wire carrying a current I has the shape as shown in figure. (The radius of the curved part of the wire is equal to R and linear parts of the wire are very long.) A current I flows along a round loop. Find the integral ∫B.dr along [...]
A current I flows along a round loop. Find the integral ∫B.dr along the axis of the loop within the range from (−∞) to (+∞). Explain the result obtained.
06
Sep
A current I flows along a round loop. Find the integral ∫B.dr along the axis of the loop within the range from (−∞) to (+∞). Explain the result obtained. A current I flows along a round loop. Find the integral ∫B.dr along the axis of the loop within the range from (−∞) to (+∞). Explain [...]