Two parallel plates, separated by a distance d, are kept at potential difference V volt. A charge q of mass m enters between the parallel plates with some velocity. The acceleration of the charged particle will be
A. \(\frac{q V}{d m}\)
B. \(\frac{d m}{q V}\)
C. \(\frac{q m}{d V}\)
D)\(\frac{d V}{q m}\)
Answer:A
Two parallel plates, separated by a distance d, are kept at potential difference V volt. A charge q of mass m enters between the parallel plates with some velocity. The acceleration of the charged particle will be
A. \(\frac{q V}{d m}\) B. \(\frac{d m}{q V}\) C. \(\frac{q m}{d V}\) D)\(\frac{d V}{q m}\)