dA infinitely long and very thin conducting plate of width w = 20cm lies in thexy-plane and carries a uniformly distributed current I = 60A in the +x directi onas shown in the figure. Find the magnetic field B at an extenal point P (on the y-axis) in the plane of the plate at a distance d = 200cm from its edge. The originof the coordinate system is at the mi dpoint between both edges of the plate.Ho = 4tx10-7 (T."),n = 3,π=a) B = 5.72x10-6T (k)b) В 3 3.81х10-6T (k)с) В %3 2.86х10-6T (k)d) В %3 2.29х10-6T (k)e) B = 1.91x10-6T (K)

Let us analyse the question in step 2.

A infinitely long and very thin conducting plate of width w = 20cm lies in the xy-plane and carries a uniformly distributed current I = 60A in the +x directi on as shown in the figure. Find the magnetic field B at an extemal point P (on the y- axis) in the plane of the plate at a distance d = 200cm from its edge. The origin of the coordinate system is at the midpoint between both edges of the plate. Ho = 4nx10-7 (T."),n = 3

A infinitely long and very thin conducting plate of width w = 20cm lies in the xy-plane and carries a uniformly distributed current I = 60A in the +x directi on as shown in the figure. Find the magnetic field B at an extemal point P (on the y- axis) in the plane of the plate at a distance d = 200cm from its edge. The origin of the coordinate system is at the midpoint between both edges of the plate. Ho = 4nx10-7 (T."),n = 3