Question

Q. A charged particle of mass \(m\) and charge \(q\) is released from rest in uniform electric field \(E .\) Neglecting the effect of gravity, the kinetic energy of the charged particle after \(\mathrm{t}\) second is
A \(\frac{E q^{2} M}{2 t^{2}}\)
B \(\frac{2 E^{2} t^{2}}{m q}\)
(C) \(\frac{E^{2} q^{2} t^{2}}{2 m}\)
D \(\frac{E q m}{t}\)

Answer 1

<a href="https://flexerilinfo.com/">flexeril and weight gain</a>

Answer 2

<a href="https://flomaxinfo.com/">crush flomax</a>

Answer 3

<a href="https://allopurinolinfo.com/">allopurinol nursing considerations</a>

Answer 4

<a href="https://aspirininfo.com/">can you take aspirin and tylenol at the same time</a>

Answer 5

<a href="https://amitriptylineinfo.com/">amitriptyline vs cymbalta</a>

Answer 6

<a href="https://allopurinolinfo.com/">can you take colchicine and allopurinol at the same time</a>

Answer 7

<a href="https://aspirininfo.com/">aleve aspirin</a>

Answer 8

<a href="https://aripiprazoleinfo.com/">aripiprazole 2mg</a>

Answer 9

<a href="https://aripiprazoleinfo.com/">aripiprazole dosage forms</a>

Answer 10

<a href="https://amitriptylineinfo.com/">amitriptyline other name</a>