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Electric Potential and Potential Difference

138. A charge...

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138. A charged particle, having charge q accelerated through a potential difference V enters a perpendicular magnetic field in which it experiences a force F. If V is increased to 5 V, the particle will experience a force 1) F 2) 5F 3) F/5 4) 5 F

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Q. A charged particle, having charge

q

accelerated through a potential difference

V

enters a perpendicular magnetic field in which it experiences a force

F

V

is increased to

5 V

,the particle will experience a force

Q. A charge particle having charge q is accelerated through a potential difference V and then it enters a perpendicular magnetic field in which it experiences a force F. If V is increased to 5V, the particle will experience a force

Q. A charged particle having charge

q

, accelerated through a potential difference of

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enters a transverse magnetic field region in which it experiences a force

F

V

is increased to

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, the particle will experience a force.

Q. An electron accelerated through a potential difference

V

passes through a uniform transverse magnetic field and experiences a force

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. If the accelerating potential is increased to

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, the electron in the same magnetic field will experience a force :

Q. A charged particle accelerated through a potential difference of

100 V

passes through uniform electric and magnetic fields so as to experience no deflection.

E = 15 \times 10^{6} V m^{- 1}

B = 5 \times 10^{3} T

. Then the specific charge

\frac{e}{m}

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