The Figure Below Shows A Simplified Generator Arrangement The Stator Consists Of A Constant Magnetic Field Going From L 1 (44.67 KiB) Viewed 39 times
The Figure Below Shows A Simplified Generator Arrangement The Stator Consists Of A Constant Magnetic Field Going From L 2 (32.52 KiB) Viewed 39 times
The figure below shows a simplified generator arrangement. The stator consists of a constant magnetic field going from left to right. The rotor consists of a rectangular loop which has current flowing through it in the direction shown in the figure. The rectangular loop is split into 4 segments as shown in the figure. B O a) Find the torque (magnitude and direction) for segment ab. Draw a diagram to showing the direction of each component. Clearly show all working. b) Find the torque (magnitude and direction) for segment cd. Draw a diagram to showing the direction of each component. Clearly show all working. c) What is the torque in segments bc and cd? Why?
d) What is the equation for the total torque on the rectangular loop? What is the direction of the torque? e) The length of the conductor l = 50 cm and the radius r = 10 cm. The magnetic field B = 10 T. Find the total torque. Prove that the equation derived in part d can also be written as: Tina = k(Bloop * B) Recall that Bloop
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