An asymmetrical rectangular loop with current I= 33A is placed in the xy plane in free space as shown below. The wires are parallel to either x axis or y axis. (a) Derive equations for all components of the magnetic flux density Bat point P(xN.2) from wires (1)-(4). (b) Find numerical values of all components of B at point P(xy.z) from wire (1). (c) Find numerical values of all components of B at point P(xV.2) from wire (2). (d) Find numerical values of all components of B at point P(xx.z) from wire (3). (e) Find numerical ralues of all co mponents of R at+ noint PY V z) from wire (4)
An asymmetrical rectangular loop with current I= 33A is placed in the xy plane in free space as shown below. The wires are parallel to either x axis or y axis. (a) Derive equations for all components of the magnetic flux density Bat point P(xN.2) from wires (1)-(4). (b) Find numerical values of all components of B at point P(xy.z) from wire (1). (c) Find numerical values of all components of B at point P(xV.2) from wire (2). (d) Find numerical values of all components of B at point P(xx.z) from wire (3). (e) Find numerical ralues of all co mponents of R at+ noint PY V z) from wire (4)
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Solve parts a , b & c
Transcribed Image Text:An asymmetrical rectangular loop with current I= 33A is placed in the xy plane in free space as
shown below. The wires are parallel to either x axis or y axis.
(a) Derive equations for all components of the magnetic flux density Bat point P(xN.2) from
wires (1)-(4).
(b) Find numerical values of all components of B at point P(xy.z) from wire (1).
(c) Find numerical values of all components of B at point P(xV.2) from wire (2).
(d) Find numerical values of all components of B at point P(xx.z) from wire (3).
(e) Find numerical ralues of all co mponents of R at+ noint PY V z) from wire (4)
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