Question

A current carrying straight conductor in a
uniform magnetic field experiences​

Answer 1

A current carrying straight conductor in auniform magnetic field may experience both force and torque.

• Force is a translational push on the current carrying wire.

• Torque is the rotational analogue of the force on the wire.

General expression for force and torque:

$\boxed{ \rm{1) \: force = i \times l \times B \times \sin( \theta) }}$

$\boxed{ \rm{2) \: \tau = M \times B \times \sin( \theta) }}$

Here $\sin(\theta)$ refers to the angle between length vector and Magnetic field vector; i is the current , l is the length , M is the magnetic moment and B is the magnetic field intensity in which the wire has been kept.

Hope It Helps.