A conducting bar can slide freely over two conducting rails as shown in figure below. Calculate the induced voltage in the bar. (a) If the bar is stationed at y = 9 cm and B = 3.5 sin 10°t az Wb/m². (b) If the bar slides at a velocity u = 78ay m/s and B = 33az Wb/m². (c) If the bar slides at a velocity u = 31ay m/s and B = 13 sin (10°t – y') az Wb/m². 98cm

A conducting bar can slide freely over two conducting rails as shown in figure below. Calculate the induced voltage in the bar. (a) If the bar is stationed at y = 9 cm and B = 3.5 sin 10°t az Wb/m². (b) If the bar slides at a velocity u = 78ay m/s and B = 33az Wb/m². (c) If the bar slides at a velocity u = 31ay m/s and B = 13 sin (10°t – y') az Wb/m². 98cm