A wire of length 2m is perpendicular to X-Y plane. It is moved with a velocity...

 

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A wire of length 2m is perpendicular to X-Y plane. It is moved with a velocity {:( vec(V))=(2( vec(i))+3( vec(j))+(vec(k)))ms^(-1)) through a region of uniform induction vec(B)=(vec(i)+2 vec(j))Wm^(-2). Compute the potential difference between the ends of the wire. A wire of length 2m is perpendicular to X-Y plane. It is moved with a velocity {:( vec(V))=(2( vec(i))+3( vec(j))+(vec(k)))ms^(-1)) through a region of uniform induction vec(B)=(vec(i)+2 vec(j))Wm^(-2). Compute the potential difference between the ends of the wire.

Answer rating: 100% (QA)

To compute the potential difference between the ends of the wire we can use the formula V B L v sint... View the full answer