1 L = = mv² — qp + qv.Ã

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Q2/ if Lagrangian of a particle of mass (m) with electric charge (q) is sit in electric
field E(x, t) and magnetic field B(x, t) is
1
L = mv² - qp + qv. Ã
Where v is the velocity of particle and A is the vector potential. Find the motion
equation by Lagrange's and Hamilton's technique.
Transcribed Image Text:Q2/ if Lagrangian of a particle of mass (m) with electric charge (q) is sit in electric field E(x, t) and magnetic field B(x, t) is 1 L = mv² - qp + qv. Ã Where v is the velocity of particle and A is the vector potential. Find the motion equation by Lagrange's and Hamilton's technique.
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