We are looking down on an elastic conducting loop with resistance R = 1.2 , immersed...

  

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We are looking down on an elastic conducting loop with resistance R = 1.2 , immersed in a magnetic field. The field's magnitude is uniform spatially, but varies with time 2.7 s according to B (t) = at, where a = 0.56 T/s. The area A of the loop also increases at a constant rate, according to A (t) = Ao + t, where Ap = 0.50 m and 3 = 0.84 m/s Find the magnitude and direction (clockwise or counterclockwise, when viewed from above the page) of the induced current within the loop at time t = 2.7 s if the magnetic field is parallel to the plane of the loop to the right. Expresss your answer using two significant figures. We are looking down on an elastic conducting loop with resistance R = 1.2 , immersed in a magnetic field. The field's magnitude is uniform spatially, but varies with time 2.7 s according to B (t) = at, where a = 0.56 T/s. The area A of the loop also increases at a constant rate, according to A (t) = Ao + t, where Ap = 0.50 m and 3 = 0.84 m/s Find the magnitude and direction (clockwise or counterclockwise, when viewed from above the page) of the induced current within the loop at time t = 2.7 s if the magnetic field is parallel to the plane of the loop to the right. Expresss your answer using two significant figures.