A Long wire runs along the x-axis with a current of 3.2A, with the current in the -x direction. A...
A Long wire runs along the x-axis with a current of 3.2A, with the current in the -x direction. A circular loop of wire is placed directly on top of the wire with the loop in the x-y plane. This loops has a radius of 0.30 m with a counter-clockwise current of 0.67 A. Calculate the net magnetic field at a distance 0.21 m directly above the center of the ring (calculate in vector form).
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A Long wire runs along the x-axis with a current of 3.2A, with the current in the -x direction. A...
A single current-carrying circular loop of radius R is placed next to a long, straight wire,...
A single current-carrying circular loop of radius
R is placed next to a long, straight wire, as
shown in the
figure. The current I in the wire flows to the
right and the a current I flows counter-clockwise
on the loop. What is the net magnetic field produce at the center
of the loop?
I R/2
There is a circular ring of wire. It has a radius α that carries a current/in a counter clockwise...
There is a circular ring of wire. It has a radius α that carries a current/in a counter clockwise direction. Part A) Reduce equation 10 to find the magnetic field at the center of the loop. Derive this answer from Ampère's Law. Mol R2 10 Part B) Now let's assume it is an insulated circular disk with a uniform charge density σ is spinning at rate o. Utilize Ampère's Law to determine the magnetic field at the center.
There is...
Two identical small current carrying loops of wire are oriented along a common axis with the...
Two identical small current carrying loops of wire are oriented along a common axis with the plane of their loops parallel to each other. See Figure EC. The distance between the loops, x, is much larger than the radius of each loop, R. The magnetic dipole moment of each loop is directed parallel to the axis, and the magnetic field that one loop creates at the center of the other loop is also parallel to the axis. So mu^rightarrow and...
A circular wire wrapped 7 times with a radius of 0.4 m is placed in the...
A circular wire wrapped 7 times with a radius of 0.4 m is placed in the x-y plane. A current of 5 amps runs counter-clockwise around the wire. What is the magnetic moment of the wire in A m2and its direction? Include a negative sign for the -z direction and a positive sign for the +z direction.
A circular wire wrapped 9 times with a radius of 0.4 m is placed in the...
A circular wire wrapped 9 times with a radius of 0.4 m is placed in the x-y plane. A current of 6 amps runs counter-clockwise around the wire. What is the magnetic moment of the wire in A m2 and its direction? Include a negative sign for the -z direction and a positive sign for the +z direction.
There is a circular ring of wire. It has a radius α that carries a current in a counter clockwise...
There is a circular ring of wire. It has a radius α that carries a current in a counter clockwise direction L.P Part A) Reduce equation 10 to find the magnetic field at the center of the loop. Derive this answer from Ampère's Law Ho R2 401 (cos θ 10 B(z) Part B) Now let's assume it is an insulated circular disk with a uniform charge density σ is spinning at rate ω. Utilize Ampère's Law to determine the magnetic...
long straight wire (extending indefinitely in the ty direction) is carrying current I-5 A in the...
long straight wire (extending indefinitely in the ty direction) is carrying current I-5 A in the ay direction and conducting coll having (a) At the instant that the wire is distance x with speed v 2 m/s in the «x-direction toward a small circular N 12 closely packed turns of radius r 2 cm. The ends of a voltmeter, and the coil lies in the xy plane, centered at th that the wire is distance x- 0.2 m from the...
One long wire carries current 18.0 A to the left along the x axis. A second...
One long wire carries current 18.0 A to the left along the
x axis. A second long wire carries current 78.0 A to the
right along the line (y = 0.280 m, z = 0).
(a) Where in the plane of the two wires is the total magnetic
field equal to zero?
One long wire carries current 18.0 A to the left along the x axis. A second long wire carries current 78.0 A to the right along the line...
a) a horizontal long straight wire carries a current of I1= 8A from left to right....
a) a horizontal long straight wire carries a current of I1= 8A from left to right. The wire is tangential to a circular loop of wire of Radius R= .03 m lying immediately below it. The loop carries a current of l2= 2A in the counter clockwise direction. Assuming that the thickness of the wires are negligible, find the magnitude and direction of the net magnetic field at the center of the circular loop b) a second long wire also...
A long straight wire on the z-axis carries a current of 8.0 A in the +z...
A long straight wire on the
z-axis carries a current of 8.0 A in the +z direction (out of the
paper). A circular loop of radius 10 cm lies in the xy-plane and
carries a 3.0-A current, as shown in the figure. Point P, at the
center of the loop, is 25 cm from the z-axis. A proton is projected
from P with a velocity of 2.0 × 106m/s in the -x direction. The
magnitude of the net magnetic force...
A single current-carrying circular loop of radius
R is placed next to a long, straight wire, as
shown in the
figure. The current I in the wire flows to the
right and the a current I flows counter-clockwise
on the loop. What is the net magnetic field produce at the center
of the loop?
I R/2
There is a circular ring of wire. It has a radius α that carries a current/in a counter clockwise direction. Part A) Reduce equation 10 to find the magnetic field at the center of the loop. Derive this answer from Ampère's Law. Mol R2 10 Part B) Now let's assume it is an insulated circular disk with a uniform charge density σ is spinning at rate o. Utilize Ampère's Law to determine the magnetic field at the center.
There is...
Two identical small current carrying loops of wire are oriented along a common axis with the plane of their loops parallel to each other. See Figure EC. The distance between the loops, x, is much larger than the radius of each loop, R. The magnetic dipole moment of each loop is directed parallel to the axis, and the magnetic field that one loop creates at the center of the other loop is also parallel to the axis. So mu^rightarrow and...
There is a circular ring of wire. It has a radius α that carries a current in a counter clockwise direction L.P Part A) Reduce equation 10 to find the magnetic field at the center of the loop. Derive this answer from Ampère's Law Ho R2 401 (cos θ 10 B(z) Part B) Now let's assume it is an insulated circular disk with a uniform charge density σ is spinning at rate ω. Utilize Ampère's Law to determine the magnetic...
long straight wire (extending indefinitely in the ty direction) is carrying current I-5 A in the ay direction and conducting coll having (a) At the instant that the wire is distance x with speed v 2 m/s in the «x-direction toward a small circular N 12 closely packed turns of radius r 2 cm. The ends of a voltmeter, and the coil lies in the xy plane, centered at th that the wire is distance x- 0.2 m from the...
One long wire carries current 18.0 A to the left along the
x axis. A second long wire carries current 78.0 A to the
right along the line (y = 0.280 m, z = 0).
(a) Where in the plane of the two wires is the total magnetic
field equal to zero?
One long wire carries current 18.0 A to the left along the x axis. A second long wire carries current 78.0 A to the right along the line...
A long straight wire on the
z-axis carries a current of 8.0 A in the +z direction (out of the
paper). A circular loop of radius 10 cm lies in the xy-plane and
carries a 3.0-A current, as shown in the figure. Point P, at the
center of the loop, is 25 cm from the z-axis. A proton is projected
from P with a velocity of 2.0 × 106m/s in the -x direction. The
magnitude of the net magnetic force...
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