2 A current of 12 Ampere runs through the Parallel Wire Appa

2. A current of 12 Ampere runs through the Parallel Wire Apparatus. What is the anticipated mass (in milligrams) for balancing the frame-balance? Pick the necessary data from task [2] of the Analysis, the book value of k, and d=0.5 cm

Solution

Force between parallel wires = Force due to weight

uoI2L/2pid =mg

Since K=uo/2pi =2*10-7

=>m=KI2L/dg =(2*10-7)*122*0.265/(0.5*10-2)*9.81

m=1.556*10-4 kg =0.1556 mg

 2. A current of 12 Ampere runs through the Parallel Wire Apparatus. What is the anticipated mass (in milligrams) for balancing the frame-balance? Pick the nece

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