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Recent questions tagged torque-on-current-loop-and-magnetic-dipole
Questions
If a current carrying coil having a magnetic moment $ \overrightarrow M$ is placed in a magnetic field $ \overrightarrow B$ , then the torque acting on it will be
jeemain
aipmt
physics
cbse
class12
ch4
moving-charge-and-magnetism
torque-on-current-loop-and-magnetic-dipole
medium
asked
Feb 21, 2014
by
thanvigandhi_1
1
answer
A current carrying loop in a magnetic field behaves like a
jeemain
aipmt
physics
cbse
class12
ch4
moving-charge-and-magnetism
torque-on-current-loop-and-magnetic-dipole
easy
asked
Feb 21, 2014
by
thanvigandhi_1
1
answer
A wire of length $\ell$ carrying a current $i$ is bent to form a circle. Its magnetic moment is
jeemain
aipmt
physics
cbse
class12
ch4
moving-charge-and-magnetism
torque-on-current-loop-and-magnetic-dipole
easy
asked
Feb 21, 2014
by
thanvigandhi_1
1
answer
The ratio of the magnetic field at the centre of a current carrying coil to its magnetic moment is $ x$. If the current and the radius are both doubled, the new ratio will become
jeemain
aipmt
physics
cbse
class12
ch4
moving-charge-and-magnetism
torque-on-current-loop-and-magnetic-dipole
medium
asked
Feb 19, 2014
by
thanvigandhi_1
1
answer
Two parallel wires carrying equal currents in the opposite directions are placed at $x = \pm$ a parallel to the $y$-axis with $z = 0$. Magnetic field at origin $O$ is $B1$ and at $P (2a,0,0)$ is $B2$. Then the ratio $ \large\frac{B1}{B2}$ is
jeemain
aipmt
physics
cbse
class12
ch4
moving-charge-and-magnetism
force-between-two-parallel-currents
torque-on-current-loop-and-magnetic-dipole
medium
asked
Feb 19, 2014
by
thanvigandhi_1
1
answer
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