5. An asymmetrical rectangular loop with current I = 32A is placed in the xy plane in free space as shown below. The wires are parallel to either x axis or y axis. Find all components of the magnetic flux density B at point P(0,0,z) from wires (a) (1), (b) (2), (c) (3), (d) (4) individually and find (e) the sum of all magnetic flux densities B at point P(0,0,z). Assume a=5.3m, b=4.7m, c=3.8m, d=2.7m, z=3.1m.
5. An asymmetrical rectangular loop with current I = 32A is placed in the xy plane in free space as shown below. The wires are parallel to either x axis or y axis. Find all components of the magnetic flux density B at point P(0,0,z) from wires (a) (1), (b) (2), (c) (3), (d) (4) individually and find (e) the sum of all magnetic flux densities B at point P(0,0,z). Assume a=5.3m, b=4.7m, c=3.8m, d=2.7m, z=3.1m.
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Transcribed Image Text:5.
An asymmetrical rectangular loop with current I = 32A is placed in the xy plane
in free space as shown below. The wires are parallel to either x axis or y axis. Find all
components of the magnetic flux density B at point P(0,0,z) from wires (a) (1), (b) (2), (c) (3), (d)
(4) individually and find (e) the sum of all magnetic flux densities B at point P(0,0,z). Assume
a=5.3m, b=4.7m, c=3.8m, d=2.7m, z=3.1m.
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