V L L A battery with voltage V is connected to a resistor, R, through a triangular loop of triangle. The triangle is equilateral with two sides of length L as shown. The entire circuit is placed in a magnetic field: B = B(î + ĵ + Â). What is the net force, Fon the circuit? [Reminder: be sure to express all vector-valued answers in components using unit vectors i,j,k]
V L L A battery with voltage V is connected to a resistor, R, through a triangular loop of triangle. The triangle is equilateral with two sides of length L as shown. The entire circuit is placed in a magnetic field: B = B(î + ĵ + Â). What is the net force, Fon the circuit? [Reminder: be sure to express all vector-valued answers in components using unit vectors i,j,k]
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![Question 2
y
L
V
L
L
A battery with voltage V is connected to a resistor, R,
through a triangular loop of triangle. The triangle is
equilateral with two sides of length L as shown.
The entire circuit is placed in a magnetic field:
B = B(i+j+k).
What is the net force, F on the circuit?
[Reminder: be sure to express all vector-valued answers in
components using unit vectors i,j,k]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F116a2d2f-9f9e-4b6c-9d9d-53c92bbdf9c1%2Fdb0dc251-4c6b-4557-8733-9917269b4c0d%2Fqyrx51_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 2
y
L
V
L
L
A battery with voltage V is connected to a resistor, R,
through a triangular loop of triangle. The triangle is
equilateral with two sides of length L as shown.
The entire circuit is placed in a magnetic field:
B = B(i+j+k).
What is the net force, F on the circuit?
[Reminder: be sure to express all vector-valued answers in
components using unit vectors i,j,k]
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