A conductor ABOCD moves along its bisector with a velocity 1 m/s through a perpendicular magnetic field of 1 Wb/m2, as shown in figure. If all the four sides are of 1 m length each, then the induced emf between A and D (in volts) is approximately (upto two decimals)

A conductor ABOCD moves along its bisector with a velocity 1 m/s throu

1.	A conductor ABOCD moves along its bisector with a velocity 1 m/s through a perpendicular magnetic field of 1 Wb/m2, as shown in figure. If all the four sides are of 1 m length each, then the induced emf between A and D (in volts) is approximately (upto two decimals)
Answer» A conductor $A B O C D$ moves along its bisector with a velocity $1 m/s$ through a perpendicular magnetic field of $1 {Wb/m}^{2}$ , as shown in figure. If all the four sides are of $1 m$ length each, then the induced emf between A and D (in $volts$ ) is approximately (upto two decimals)

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A conductor ABOCD moves along its bisector with a velocity 1 m/s through a perpendicular magnetic field of 1 Wb/m2, as shown in figure. If all the four sides are of 1 m length each, then the induced emf between A and D (in volts) is approximately (upto two decimals)

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