Two concentric circular coils lying sie z=0 plane, are interconnected with two insulating bars to create the below system. Coil-1 consists of 15 turns with a 9 (cm) radius and carries a current of 1.4 (A] with the direction indicated on the figure. Coil-2 consists of 23 turns with a 14 Jcm) radius and carries a current of 2. 8 (A] with the direction indicated on the figure. The system is located in a region of magnetic field B. 1E. Find w, the magnitude of the magnetic dipole moment of Coil-L IA.m1. 2 The direction of the magnetic dipole moment of Coil-1 is 3: - Find pz, the magnitude of the magnetic dipole moment of Coil-2 (A.m1.
Two concentric circular coils lying sie z=0 plane, are interconnected with two insulating bars to create the below system. Coil-1 consists of 15 turns with a 9 (cm) radius and carries a current of 1.4 (A] with the direction indicated on the figure. Coil-2 consists of 23 turns with a 14 Jcm) radius and carries a current of 2. 8 (A] with the direction indicated on the figure. The system is located in a region of magnetic field B. 1E. Find w, the magnitude of the magnetic dipole moment of Coil-L IA.m1. 2 The direction of the magnetic dipole moment of Coil-1 is 3: - Find pz, the magnitude of the magnetic dipole moment of Coil-2 (A.m1.
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![Two concentric circular coils lying
s e z =0 plane, are interconnected with two
insulating bars to create the below system.
Coil-1 consists of 15 turns with a 9 (cm) radius
and carries a current of 1.4 [A] with the
direction indicated on the figure.
Coil-2 consists of 23 turns with a 14 [cm] radius
and carries a current of 2. 8 (A] with the
direction indicated on the figure.
The system is located in a region of magnetic
field B
Find u1, the magnitude of the
magnetic dipole moment of Coil-L
[A.m3.
-
The direction of the magnetic
dipole moment of Coil-1 is
3. :
--- Find 42, the magnitude of the
magnetic dipole moment of Coil-2.
(A.m9.
[A.m1.
4. [5 points] The direction of the magnetic
dipole moment of Coil-2 is:
5 Assume that - 2 k and =-13
R. Find Mag, the net magnetic dipole moment of
the system (consisting of Coil-1 and Coil-2).
Haet
A [A.m).
5. ai Assume that = 2 k and --13
R. Find Me, the net magnetic dipole moment of
the system (consisting of Coil-1 and Coil-2).
Het
6. Assume that - 2.9 k JA.m] and B-(
-3.3) i + (0. 33) j +(-2) k (TĮ. Find, the net
torque exerted on the system, by answering the
below parts:
a) *-*e Find Tetx the x-component of
the net torque exerted on the system
Tretx
bị Find ry, the y-component of
the net torque exerted on the system
Find rat., the z-component of
the net torque exerted on the system.
Teen
d) I points] The Sl unit of the torque is
7. 15 points) Assume that pe = 2.9 k (A.m1
and B = (-3.3) i + (0. 33) j +(-2) Å ITI Find
the total potential energy of the system. Choose
the correct unit.
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Transcribed Image Text:Two concentric circular coils lying
s e z =0 plane, are interconnected with two
insulating bars to create the below system.
Coil-1 consists of 15 turns with a 9 (cm) radius
and carries a current of 1.4 [A] with the
direction indicated on the figure.
Coil-2 consists of 23 turns with a 14 [cm] radius
and carries a current of 2. 8 (A] with the
direction indicated on the figure.
The system is located in a region of magnetic
field B
Find u1, the magnitude of the
magnetic dipole moment of Coil-L
[A.m3.
-
The direction of the magnetic
dipole moment of Coil-1 is
3. :
--- Find 42, the magnitude of the
magnetic dipole moment of Coil-2.
(A.m9.
[A.m1.
4. [5 points] The direction of the magnetic
dipole moment of Coil-2 is:
5 Assume that - 2 k and =-13
R. Find Mag, the net magnetic dipole moment of
the system (consisting of Coil-1 and Coil-2).
Haet
A [A.m).
5. ai Assume that = 2 k and --13
R. Find Me, the net magnetic dipole moment of
the system (consisting of Coil-1 and Coil-2).
Het
6. Assume that - 2.9 k JA.m] and B-(
-3.3) i + (0. 33) j +(-2) k (TĮ. Find, the net
torque exerted on the system, by answering the
below parts:
a) *-*e Find Tetx the x-component of
the net torque exerted on the system
Tretx
bị Find ry, the y-component of
the net torque exerted on the system
Find rat., the z-component of
the net torque exerted on the system.
Teen
d) I points] The Sl unit of the torque is
7. 15 points) Assume that pe = 2.9 k (A.m1
and B = (-3.3) i + (0. 33) j +(-2) Å ITI Find
the total potential energy of the system. Choose
the correct unit.
U=
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