A charge q moves with velocity $\vec{V}$ through electric field $\vec{E}$ {as well as magnetic field } $\vec…

A charge q moves with velocity $\vec{V}$ through electric field $\vec{E}$ {as well as magnetic field } $\vec {B}.$ Then the force acting on it is
  1. \(q(E \times v)\)
  2. \(q(B \times v)\)
  3. \(q E+q(v \times B)\)
  4. \(q(v \times B)\)

Solution

As per Lorentz force, $F=q E+q(V \times B)$

Asked in: MHT CET 2020 (16 Oct Shift 1)

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