Same current $i = 2A$ is flowing in a wire frame as shown in figure. The frame is a combination of two equilateral triangles $ACD$ and $CDE$ of side $1\,m$. It is placed in uniform magnetic field $B = 4T$ acting perpendicular to the plane of frame. The magnitude of magnetic force acting on the frame is.......$N$
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(a) ${\overrightarrow F _{CAD}} = {\overrightarrow F _{CD}} = {\overrightarrow F _{CED}}$
Net force on frame $ = 3{\overrightarrow F _{CD}}$ $ = (3)\,(2)\,(1)\,(4)$ ($F = ilB$)
= $24 \,N$
Net force on frame $ = 3{\overrightarrow F _{CD}}$ $ = (3)\,(2)\,(1)\,(4)$ ($F = ilB$)
= $24 \,N$
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