PhysicsMedium116×since 2002Q7768The electrostatic force (F1⃗)\left(\vec{F_1}\right)(F1) and magnetic force (F⃗2)\left(\vec{F}_2\right)(F2) acting on a charge qqq moving with velocity vvv can be written :AF⃗1=qB⃗,F⃗2=q(B⃗×v⃗)\vec{F}_1=q \vec{B}, \vec{F}_2=q(\vec{B} \times \vec{v})F1=qB,F2=q(B×v)BF⃗1=qV⃗⋅E⃗,F⃗2=q(B⃗⋅V⃗)\vec{F}_1=q \vec{V} \cdot \vec{E}, \vec{F}_2=q(\vec{B} \cdot \vec{V})F1=qV⋅E,F2=q(B⋅V)CF⃗1=qE⃗,F⃗2=q(V⃗×B⃗)\vec{F}_1=q \vec{E}, \vec{F}_2=q(\vec{V} \times \vec{B})F1=qE,F2=q(V×B)DF⃗1=qE⃗,F⃗2=q(B⃗×V⃗)\vec{F}_1=q \vec{E}, \vec{F}_2=q(\vec{B} \times \vec{V})F1=qE,F2=q(B×V)Check answerSkip