As shown in the figure, a three-sided frame is pivoted at P and Q and hangs vertically. Its sides are of same length and have a linear density of \[\sqrt{3}\] kg/m. A current of \[10\sqrt{3}\] A is sent through the frame, which is in a uniform magnetic field of 2T directed upwards as shown. Then angle through which the frame will be deflected in equilibrium is \[(Take\,g=10\,m/{{s}^{2}})\]

As shown in the figure, a three-sided frame is pivoted at P and Q and

1.	As shown in the figure, a three-sided frame is pivoted at P and Q and hangs vertically. Its sides are of same length and have a linear density of \[\sqrt{3}\] kg/m. A current of \[10\sqrt{3}\] A is sent through the frame, which is in a uniform magnetic field of 2T directed upwards as shown. Then angle through which the frame will be deflected in equilibrium is \[(Take\,g=10\,m/{{s}^{2}})\]
A.	\[{{30}^{0}}\]
B.	\[{{45}^{0}}\]
C.	\[{{60}^{0}}\]
D.	\[{{90}^{0}}\]
Answer» C. \[{{60}^{0}}\]