The diagram shows a rectangular conducting coil with 19 turns that is in a magnetic field with a strength of 3700 mT experiences a torque of 16 mN.m. The sides of the loop parallel to line d, are parallel to the magnetic field, and the sides of the loop parallel to line d₂ are perpendicular to the magnetic field. The length of d₂ is 0.063 m and the ratio of d, to d₂ is 2.5. d₁ d₂ S a) Find the current through the coil in milliampere: b) Find the magnitude of the magnetic dipole moment in Am²: 4
The diagram shows a rectangular conducting coil with 19 turns that is in a magnetic field with a strength of 3700 mT experiences a torque of 16 mN.m. The sides of the loop parallel to line d, are parallel to the magnetic field, and the sides of the loop parallel to line d₂ are perpendicular to the magnetic field. The length of d₂ is 0.063 m and the ratio of d, to d₂ is 2.5. d₁ d₂ S a) Find the current through the coil in milliampere: b) Find the magnitude of the magnetic dipole moment in Am²: 4
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My courses / PHYS1211 / Assessment 1: Homeworks (HW1 & HW2) / Home work - 2
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The diagram shows a rectangular conducting coil with 19 turns that is in a magnetic field with a strength of 3700 mT experiences a
torque of 16 mN.m. The sides of the loop parallel to line d, are parallel to the magnetic field, and the sides of the loop parallel to
line d₂ are perpendicular to the magnetic field. The length of d2 is 0.063 m and the ratio of d, to d₂ is 2.5.
di
d₂
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a) Find the current through the coil in milliampere:
ETC CIMS ▾
b) Find the magnitude of the magnetic dipole moment in Am²:
D
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