c) A square coll is moved at constant velocity into a magnetic field of flux density 0.66 T shown in the figure below. A

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c) A square coll is moved at constant velocity into a magnetic field of flux density 0.66 T shown in the figure below. A

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C A Square Coll Is Moved At Constant Velocity Into A Magnetic Field Of Flux Density 0 66 T Shown In The Figure Below A 1
C A Square Coll Is Moved At Constant Velocity Into A Magnetic Field Of Flux Density 0 66 T Shown In The Figure Below A 1 (13.52 KiB) Viewed 21 times
c) A square coll is moved at constant velocity into a magnetic field of flux density 0.66 T shown in the figure below. An emfis induced in the coil, the voltage is 3.2 x 10-4V. The length of a side of the square coil is 26 mm. Calculate the time taken to move the coil from position 1 to position 2. (2 marks) x x x x x X X X X X x 2 x XXX XX X X X x x X Square coll
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