A thin conducting rod of length l = 5m is moved such that its end B moves along the X-axis while end A moves along the Y-axis. An uniform magnetic field $\mathrm{B}=6\hat{\mathrm{k}}\mathrm{T}$ exists in the region. At some instant, velocity of end B is 3 ms^-1 and the rod makes an angle of $\mathrm{\theta } =37°$ with the X-axis as shown in the figure. Then, at this instant, if emf induced in the rod is '$\mathrm{\epsilon }$' then, find value of $\mathrm{\epsilon }/3$ (in volts).