The Lorentz force represents the combination of electric and magnetic forces on a point charge. If the point charge q has the velocity "\\vec{v}" , the electric field is "\\vec{E}" and magnetic field is "\\vec{B}", then the force due to electric field is "q\\vec{E}" and the force due to magnetic field is "q\\vec{v}\\times\\vec{B}." So the electromagnetic force (in SI) on a pint charge is "q(\\vec{E}+\\vec{v}\\times\\vec{B})".
If we consider the charge distribution, then the total force will be the volume integral
"\\vec{F} = \\iiint (\\rho\\vec{E} + \\rho\\vec{v}\\times\\vec{B})\\,dV", where "\\rho" is the charge density.
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