Question

A triangular loop of current-carrying wire with a hypotenuse of length 3.0cm is in the x-y plane. A constant current I=5A runs clockwise around the loop and a uniform magnetic field of strength B=0.04T points in the +x direction, as shown in the figure. The magnetic force on the segment of wire between C and A points in which direction? a. None of the above b. Into the page c. Upward d. Out of the page e. Downward Calculate the magnetic force that acts on the segment of wire between B and A. What is the vector direction of the magnetic dipole moment created by the triangular loop of current? a. Into the page b. Out of the page c. Downward d. Upward e. None of the above What is the torque on the triangular loop due to the magnetic field? Include magnitude and direction in your answer.

          A triangular loop of current-carrying wire with a hypotenuse of length 3.0cm is in the x-y plane. A constant current I=5A runs clockwise around the loop and a uniform magnetic field of strength B=0.04T points in the +x direction, as shown in the figure.

The magnetic force on the segment of wire between C and A points in which direction?
a. None of the above
b. Into the page
c. Upward
d. Out of the page
e. Downward

Calculate the magnetic force that acts on the segment of wire between B and A.

What is the vector direction of the magnetic dipole moment created by the triangular loop of current?
a. Into the page
b. Out of the page
c. Downward
d. Upward
e. None of the above

What is the torque on the triangular loop due to the magnetic field? Include magnitude and direction in your answer.

A triangular loop of current-carrying wire with a hypotenuse of length 3.0cm is in the x-y plane. A constant current I=5A runs clockwise around the loop and a uniform magnetic field of strength B=0.04T points in the +x direction, as shown in the figure.

The magnetic force on the segment of wire between C and A points in which direction?
a. None of the above
b. Into the page
c. Upward
d. Out of the page
e. Downward

Calculate the magnetic force that acts on the segment of wire between B and A.

What is the vector direction of the magnetic dipole moment created by the triangular loop of current?
a. Into the page
b. Out of the page
c. Downward
d. Upward
e. None of the above

What is the torque on the triangular loop due to the magnetic field? Include magnitude and direction in your answer.

Added by Terri C.

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