A particle of charge 2 C is moving with a velocity of (3 \stackrel{\^}{i}+4 \stackrel{\^}{j}) {\ms}^{-1} in the presence of magnetic and electric fields. If the magnetic field is (\stackrel{\^}{i}+2 \stackrel{\^}{j}+3 \stackrel{\^}{k}) {\T} and the electric field is (-2 \stackrel{\^}{k}) {\NC}^{-1}, then the Lorentz force on the particle is [TG EAPCET 9 May 2024 Shift 1]

Moving Charges and Magnetism

Section: Physics

Question : 11 of 11

Marks: +1, -0

A particle of charge 2 C is moving with a velocity of (3

)ms−1 in the presence of magnetic and electric fields. If the magnetic field is (

)T and the electric field is (−2

)NC−1, then the Lorentz force on the particle is

[TG EAPCET 9 May 2024 Shift 1]

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