of length L = 10 m and mass 400g

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Wire 1 in Fig is oriented along the y-axis and carries a steady current I1. A rectangular loop located to right of the wire and in the x-y plane carries a current I1. Find the magnetic force exerted by wire (1) on the top wire (1) on the top wire of length b in the loop,
05
Sep
Wire 1 in Fig is oriented along the y-axis and carries a steady current I1. A rectangular loop located to right of the wire and in the x-y plane carries a current I1. Find the magnetic force exerted by wire (1) on the top wire (1) on the top wire of length b in the [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: carries a current of I1 = 100A and is levitated above the first two wires , of length L = 10 m and mass 400g , parallel wires are lying on the ground at distance a = 1 cm apart as shown in Fig (a) A third wire , Two infinitely long ,
Two infinitely long, parallel wires are lying on the ground at distance a = 1 cm apart as shown in Fig (a) A third wire, of length L = 10 m and mass 400g, carries a current of I1 = 100A and is levitated above the first two wires,
05
Sep
Two infinitely long, parallel wires are lying on the ground at distance a = 1 cm apart as shown in Fig (a) A third wire, of length L = 10 m and mass 400g, carries a current of I1 = 100A and is levitated above the first two wires, carries a current of I1 = [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: carries a current of I1 = 100A and is levitated above the first two wires , of length L = 10 m and mass 400g , parallel wires are lying on the ground at distance a = 1 cm apart as shown in Fig (a) A third wire , Two infinitely long ,