Electromagnetic Theory (EMT) / Electromagnetic Fundamentals (EMF) Problems As shown in Figure 4.2, a

Electromagnetic Theory (EMT) / Electromagnetic Fundamentals (EMF)

Problems As shown in Figure 4.2, a singular circular conducting loop lies in the xy-plane with its centrs the origin of a magnetic field defined as B=a.10cos sin (10ºt) V/m where a is the radius of the loop. Determine induced emf, V. Figure 4.5 is reproduced here for easy reference. We now assume that the position of the sliding bar is *, (t)=0.5 sin wt m and the resistance, R=112. Determine i(t). Assuming iſt) is flowing in the direction of I as shown in the figure. I 1 26. Oto” or Magnetic field, B Magnetic field, B Figure 4.5 A metallic bar sliding over conducting rails that are part of a circuit in a magnetic fie

 

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