A square loop of 2 m side is placed in xy-plane with its centre at the origin and sides along the coordinate axes. If the magnetic flux density in the region is given by,→B=(2ˆax+3ˆay+5ˆaz)e−0.5tWb/m2The emf induced in the loop at t = 10 sec will be _____ mV67.379

A square loop of 2 m side is placed in xy-plane with its centre at the

1.	A square loop of 2 m side is placed in xy-plane with its centre at the origin and sides along the coordinate axes. If the magnetic flux density in the region is given by,→B=(2ˆax+3ˆay+5ˆaz)e−0.5tWb/m2The emf induced in the loop at t = 10 sec will be _____ mV67.379
Answer» A square loop of 2 m side is placed in xy-plane with its centre at the origin and sides along the coordinate axes. If the magnetic flux density in the region is given by, $\to B = (2 {ˆ a}_{x} + 3 {ˆ a}_{y} + 5 {ˆ a}_{z}) e^{- 0.5 t} W b / m^{2}$ The emf induced in the loop at t = 10 sec will be _____ mV 67.379

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A square loop of 2 m side is placed in xy-plane with its centre at the origin and sides along the coordinate axes. If the magnetic flux density in the region is given by,→B=(2ˆax+3ˆay+5ˆaz)e−0.5tWb/m2The emf induced in the loop at t = 10 sec will be _____ mV67.379

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