The magnitude of the magnetic force on a charge is zero when

Question

The magnitude of the magnetic force on a charge is zero when (A) charge is at rest (B) charge is moving parallel to the field (C) charge is moving perpendicular to the field (D) both when charge is at rest or moving parallel to the field.

Tardigrade Admin · Accepted Answer

Magnitude of magnetic force on a moving charge in a external magnetic field is given by F =qv B sin θ Here, F will be zero if v = 0, or θ = 0° or 180°

Q. The magnitude of the magnetic force on a charge is zero when

charge is at rest

charge is moving parallel to the field

charge is moving perpendicular to the field

both when charge is at rest or moving parallel to the field.

Magnitude of magnetic force on a moving charge in a external magnetic field is given by
$F = q v B sin θ$
Here, $F$ will be zero if $v = 0,$ or $θ = 0^{\circ}$ or $18 0^{\circ}$

Q. The magnitude of the magnetic force on a charge is zero when

charge is at rest

charge is moving parallel to the field

charge is moving perpendicular to the field

both when charge is at rest or moving parallel to the field.

Magnitude of magnetic force on a moving charge in a external magnetic field is given by F=qvBsinθ Here, F will be zero if v=0, or θ=0∘ or 180∘

Magnitude of magnetic force on a moving charge in a external magnetic field is given by
$F = q v B sin θ$
Here, $F$ will be zero if $v = 0,$ or $θ = 0^{\circ}$ or $18 0^{\circ}$