Using figure 317 determine the voltage induced if the magnet
Using figure 3.17, determine the voltage induced if the magnetic flux density is going into the page with a value of 0.8 [T]. The velocity of the wire moving from right to left is 10 m/s. The length of the wire is 1.8 m.
Solution
The induced voltage in the conductor of length l moving with velocity v in the magnetic field of strength B is given by
voltage induced = B l v sin (theta)
V = 0.8*10*1.8*sin60
V = 12.47V
![Using figure 3.17, determine the voltage induced if the magnetic flux density is going into the page with a value of 0.8 [T]. The velocity of the wire moving f Using figure 3.17, determine the voltage induced if the magnetic flux density is going into the page with a value of 0.8 [T]. The velocity of the wire moving f](/WebImages/12/using-figure-317-determine-the-voltage-induced-if-the-magnet-1009823-1761521156-0.webp)