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A 1mm-diameter copper wire is shaped into a square loop of side = 4cm. It is placed in a plane normal to a magnetic field increasing with time as [tex]\vec{B}[/tex]=1t[tex]\hat{z}[/tex]Wb/m2. Calculate the magnetic flux density at the center of the loop.
I found that the magnitude of the induced current is 0.456 A
I know that H will be in -z direction
B=4[tex]\mu[/tex]0H
H=?
I found that the magnitude of the induced current is 0.456 A
The Attempt at a Solution
I know that H will be in -z direction
B=4[tex]\mu[/tex]0H
H=?