Electrostatics> Prove that when a particle of constant ma...

Prove that when a particle of constant mass and charge is accelerated from rest in an lectric field, its final velocity is proportional to the square root of the potential difference through which it is accelerated.

Amali , 9 Years ago

Grade 12th pass

1 Answers

Narendran

Friend,

The electron gains energy from the electric field which it converts to kinetic energy,

therefor simply:

(1/2)*mv²=qE.(where the symbols depicts their usual meanings).

rearranging the terms we get:

$v=\sqrt{2qV/m}$

hence you can find your required answer from the above equation.

Last Activity: 9 Years ago

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Electrostatics> Prove that when a particle of constant ma...

Prove that when a particle of constant mass and charge is accelerated from rest in an lectric field, its final velocity is proportional to the square root of the potential difference through which it is accelerated.

Amali , 9 Years ago

Narendran

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