Question: Equation 5: v=V cos = V cos (wt) = V cos (2*pi*ft) 4. The following figure is an alternate view of the coil in Figure

Equation 5: v=V cos = V cos (wt) = V cos (2*pi*ft)

Equation 5: v=V cos = V cos (wt) = V cos (2*pi*ft)

4. The following figure is an alternate view of the coil in Figure 6.4. In this end-on view the direction of the magnetic field is from right to left and the coil (in which there is an induced current) is rotating counterclockwise. The angle (0) between a line normal to the plane of the rotating coil and the direction of the magnetic field lines are shown from a different perspective than they were shown in Figure 6.4. normal to plane of the rotating coil the direction of the magnetic field is from right to left N the coil is rotating counterclockwise Guided by Equation 5, indicate (by underlining) and explain your answer to the following statement: The AC voltage across the load resistor (R) will be a maximum when 0 is a. 90 b. 450 C. 00

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