A square shaped wire loop of sides D= 5L is placed in a magnetic field as shown in the figure. r is the radial distance from the given axis and tis the time coordinate. (The bottom and top sides are at r= Land =L+D, respectively.) The magnitude of the magnetic field is given by 8r.1)=(9) V/s and the its direction is shown in the figure. The resistance of the square shaped wire is 4 2. What is the magnitude (in units of A) and the direction of the induced current on the the loop at time <- 6s? 9.26, clockwise 9.26, counter-clockwise O54.00, clockwise 112.50, counter-clockwise 112.50, clockwise L D OB r D

A square shaped wire loop of sides D= 5L is placed in a magnetic field as shown in the figure. r is the radial distance from the given axis and tis the time coordinate. (The bottom and top sides are at r= Land =L+D, respectively.) The magnitude of the magnetic field is given by 8r.1)=(9) V/s and the its direction is shown in the figure. The resistance of the square shaped wire is 4 2. What is the magnitude (in units of A) and the direction of the induced current on the the loop at time <- 6s? 9.26, clockwise 9.26, counter-clockwise O54.00, clockwise 112.50, counter-clockwise 112.50, clockwise L D OB r D