362698 An infinite wire, placed along \({z}\)-axis, has current \({I_{I}}\) in positive \({z}\)-direction. A conducting rod \({P Q}\) placed in \({x y}\) plane parallel to \({y}\)-axis has current \({I_{2}}\) in positive \({y}\)-direction. The ends of the rod subtend angles \({30^{\circ}}\) and \({60^{\circ}}\) at the origin with positive \({x}\)-direction as shown in figure. The rod is at a distance \({a}\) from the origin. If the net force on the rod is found to be \({\dfrac{\mu_{0} I_{1} I_{2}}{4 \pi} \ln N}\), find the value of \({N}\).

362699 Two wires \(A\) and \(B\) carry currents as shown in figure. The magnetic interactions

362700 An infinitely long current carrying wire and a small current carrying loop are in the plane of the paper as shown. The radius of the loop is \(a\) and distance of its centre from the wire is \(d(d>>a)\). If the loop applies a force \(F\) on the wire then

362701 Three infinite straight wires \(A, B\) and \(C\) carry currents as shown. The net force on the wire \(B\) is directed

362698 An infinite wire, placed along \({z}\)-axis, has current \({I_{I}}\) in positive \({z}\)-direction. A conducting rod \({P Q}\) placed in \({x y}\) plane parallel to \({y}\)-axis has current \({I_{2}}\) in positive \({y}\)-direction. The ends of the rod subtend angles \({30^{\circ}}\) and \({60^{\circ}}\) at the origin with positive \({x}\)-direction as shown in figure. The rod is at a distance \({a}\) from the origin. If the net force on the rod is found to be \({\dfrac{\mu_{0} I_{1} I_{2}}{4 \pi} \ln N}\), find the value of \({N}\).

362699 Two wires \(A\) and \(B\) carry currents as shown in figure. The magnetic interactions

362700 An infinitely long current carrying wire and a small current carrying loop are in the plane of the paper as shown. The radius of the loop is \(a\) and distance of its centre from the wire is \(d(d>>a)\). If the loop applies a force \(F\) on the wire then

362701 Three infinite straight wires \(A, B\) and \(C\) carry currents as shown. The net force on the wire \(B\) is directed

362698 An infinite wire, placed along \({z}\)-axis, has current \({I_{I}}\) in positive \({z}\)-direction. A conducting rod \({P Q}\) placed in \({x y}\) plane parallel to \({y}\)-axis has current \({I_{2}}\) in positive \({y}\)-direction. The ends of the rod subtend angles \({30^{\circ}}\) and \({60^{\circ}}\) at the origin with positive \({x}\)-direction as shown in figure. The rod is at a distance \({a}\) from the origin. If the net force on the rod is found to be \({\dfrac{\mu_{0} I_{1} I_{2}}{4 \pi} \ln N}\), find the value of \({N}\).

362699 Two wires \(A\) and \(B\) carry currents as shown in figure. The magnetic interactions

362700 An infinitely long current carrying wire and a small current carrying loop are in the plane of the paper as shown. The radius of the loop is \(a\) and distance of its centre from the wire is \(d(d>>a)\). If the loop applies a force \(F\) on the wire then

362701 Three infinite straight wires \(A, B\) and \(C\) carry currents as shown. The net force on the wire \(B\) is directed

362698 An infinite wire, placed along \({z}\)-axis, has current \({I_{I}}\) in positive \({z}\)-direction. A conducting rod \({P Q}\) placed in \({x y}\) plane parallel to \({y}\)-axis has current \({I_{2}}\) in positive \({y}\)-direction. The ends of the rod subtend angles \({30^{\circ}}\) and \({60^{\circ}}\) at the origin with positive \({x}\)-direction as shown in figure. The rod is at a distance \({a}\) from the origin. If the net force on the rod is found to be \({\dfrac{\mu_{0} I_{1} I_{2}}{4 \pi} \ln N}\), find the value of \({N}\).

362699 Two wires \(A\) and \(B\) carry currents as shown in figure. The magnetic interactions

362700 An infinitely long current carrying wire and a small current carrying loop are in the plane of the paper as shown. The radius of the loop is \(a\) and distance of its centre from the wire is \(d(d>>a)\). If the loop applies a force \(F\) on the wire then

362701 Three infinite straight wires \(A, B\) and \(C\) carry currents as shown. The net force on the wire \(B\) is directed