Voltage through space and time

In the xyxy-plane, there is a triangular loop of conducting wire with vertices at (0 m,0 m),(1 m,0 m),(0\text{ m},0\text{ m}), (1\text{ m},0\text{ m}), and (1 m,1 m)(1\text{ m},1\text{ m}). There is a magnetic flux density oriented perpendicular to the xyxy-plane which is described by the equation below: B=B0sin(x2+t),B = B_0 \sin\big(x^{2}+t\big), where the parameter tt denotes time and B0=1 Wb/m2B_0 = \SI[per-mode=symbol]{1}{\weber\per\meter\squared}.

What is the magnitude (in volts) of the maximum voltage induced in the loop (to 3 decimal places)?

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