alleryThe force on a charge q moving with velocity v in a magnetic field B (Lorentz magnetic force) is
AF = q(v × B), vector cross product
BF = qE only, independent of B
CF = qB / v
DF = q(v · B), scalar product
Answer & Solution
Correct answer: A. F = q(v × B), vector cross product
Lorentz magnetic force F = q(v × B) — perpendicular to both v and B, magnitude qvB sinθ.
Keep practising Electric Charges and Fields
Browse all Electric Charges and Fields questions for ISC Class 12, or explore more Physics topics.
Related questions
NEET · Physics · Electric Charges & Fields · Force on Dipole in FieldWhen light passes from one medium to another, which property remains **unchanged**?Electric potential is a:A convex lens forms a real image at $60$ cm on one side of an object placed $20$ cm in froTrue or false: electrostaticsThe work done in bringing a charge q from infinity to a point where the potential is V isA parallel-plate capacitor in vacuum has plate area A and separation d. Its capacitance isOn an equipotential surface, the work done in moving a test charge between any two points