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Drift Velocity

`mu = I /( n * Q * A )`
`(I)"flow of current"`
`(Q)"Charge of electron"`
`(n)"number of electrons"`
`(A)"cross section of area of wire"`

The Drift Velocity is the flow velocity that a particle, such as an electron, attains in a material due to an electric field.  The following equation is used to calculate the drift velocity: `mu=I/(nQA)`, where:

  • `mu` = drift velocity
  • `I` = flow of current
  • `n`= number of electrons
  • `Q` = charge of electrons
  • `A` = cross section of area of wire

References

The definition of Drift Velocity was taken from Wikipedia (https://en.wikipedia.org/wiki/Drift_velocity).