## On Quadrupling The Moment Of Inertia Of A Magnet, Its Frequency Of Oscillation Will Become Half

On quadrupling the moment of inertia of a magnet, its frequency of oscillation will become half.

On quadrupling the moment of inertia of a magnet, its frequency of oscillation will become half.

MAGNETISM and ELECTROMAGNETISM Questions and Answers pdf, Objective type Questions, mcqs, lab viva, seminar topics, online quiz important free download.

MAGNETISM and ELECTROMAGNETISM Questions and Answers pdf,Objective type Questions,mcqs,lab viva,seminar topics,online quiz important free download.

Which of the following is weakly repelled by a magnetic field Copper.

Conductivity of the following has a low value in ferrites.

The radius of curvature of the path of charged particle in a uniform magnetic file is directly proportional to the Momentum of particle

The Mariner’s compass is provided with Gimbals arrangement so as to give the direct value of dip

In a bar magnet, magnetic lines of force z starts from north pole and ends at the south pole.

The magnetic field of earth is due to motion and distribution of some material in an outside the earth.

ferromagnetic of the following has higher magnetic susceptibility.

In a moving coil galvanometer, we use a radial magnetic field so that the galvanometer scale is linear

On quadrupling the moment of inertia of a magnet, its frequency of oscillation will become half.

A current carrying power line carries current from west to east. What will be the direction of the magnetic field 1 meter above it N to S

Zero is the magnetic field in the empty space enclosed by the toroidal solenoid of radius ‘R’

A magnetic dipole moment is a vector quantity directed from S to N.

The magnetic lines of force inside a bar magnet are from S-pole to N-pole of the magnet.

A magnetic bar of M magnetic moment is placed m the field of magnetic strength B, the torque acting on it is M⃗ × B⃗ .

Tangent law is applicable only when two uniform and mutually perpendicular magnetic fields exist.