362759 The net magnetic force acting on the current carrying loop, kept in uniform magnetic field \({B}\), as shown below is

362760 A circular coil having mass \(m\) is kept above the ground the (\(x-z\) plane) at some height. The coil carries a current \(i\) in the direction shown in figure. In which direction a uniform magnetic field \(\vec{B}\) be applied so that the magnetic force balances the weight of the coil?

362761 A wire of \(6.28\,m\) length is converted into two semicircular loops of same radius, as shown in the figure, the magnetic force on wire will now be

362762 A wire along \(x\)-axis carries a current 3.5\(A\). The force on a 1\(cm\) section of the wire exerted by the magnetic field \(\bar B = 0.74T\hat j - 0.36T\hat k\)

362759 The net magnetic force acting on the current carrying loop, kept in uniform magnetic field \({B}\), as shown below is

362760 A circular coil having mass \(m\) is kept above the ground the (\(x-z\) plane) at some height. The coil carries a current \(i\) in the direction shown in figure. In which direction a uniform magnetic field \(\vec{B}\) be applied so that the magnetic force balances the weight of the coil?

362761 A wire of \(6.28\,m\) length is converted into two semicircular loops of same radius, as shown in the figure, the magnetic force on wire will now be

362762 A wire along \(x\)-axis carries a current 3.5\(A\). The force on a 1\(cm\) section of the wire exerted by the magnetic field \(\bar B = 0.74T\hat j - 0.36T\hat k\)

362759 The net magnetic force acting on the current carrying loop, kept in uniform magnetic field \({B}\), as shown below is

362760 A circular coil having mass \(m\) is kept above the ground the (\(x-z\) plane) at some height. The coil carries a current \(i\) in the direction shown in figure. In which direction a uniform magnetic field \(\vec{B}\) be applied so that the magnetic force balances the weight of the coil?

362761 A wire of \(6.28\,m\) length is converted into two semicircular loops of same radius, as shown in the figure, the magnetic force on wire will now be

362762 A wire along \(x\)-axis carries a current 3.5\(A\). The force on a 1\(cm\) section of the wire exerted by the magnetic field \(\bar B = 0.74T\hat j - 0.36T\hat k\)

362759 The net magnetic force acting on the current carrying loop, kept in uniform magnetic field \({B}\), as shown below is

362760 A circular coil having mass \(m\) is kept above the ground the (\(x-z\) plane) at some height. The coil carries a current \(i\) in the direction shown in figure. In which direction a uniform magnetic field \(\vec{B}\) be applied so that the magnetic force balances the weight of the coil?

362761 A wire of \(6.28\,m\) length is converted into two semicircular loops of same radius, as shown in the figure, the magnetic force on wire will now be

362762 A wire along \(x\)-axis carries a current 3.5\(A\). The force on a 1\(cm\) section of the wire exerted by the magnetic field \(\bar B = 0.74T\hat j - 0.36T\hat k\)