A particle with charge of 10 coulomb is kept at rest in a strong magnetic field of 10par power 5 Tesla magnitude. The force experienced by charged particle is :
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24-Apr-2017 · a particle of charge 1 microcoulomb is at rest in a magnetic field B= -2k Tesla. Magnetic Lorentz force on the charge particle with respect to an observer moving with ...
Physics | Electrostatics | Can a body have a charge of 0.8X10 ...
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25-Apr-2014 · 6 posts · 6 authors
no it cannot have this charge b''coz charge is quantizedwhich means it exist in whole ... the least charge a body can have( without considering quarks) is -1.6 x 10^-19.
No, as the minimum possible is 1.6 x 10^-19, which is the charge of an electron.
not poss since electronic charge=2 times the mentioned charge. a body cant have charge without ...
Physics | Electrostatics | Can a body have a charge of 0.8X10 ...
https://www.askiitians.com › Forum
25-Apr-2014 · 6 posts · 6 authors
no it cannot have this charge b''coz charge is quantizedwhich means it exist in whole ... the least charge a body can have( without considering quarks) is -1.6 x 10^-19.
No, as the minimum possible is 1.6 x 10^-19, which is the charge of an electron.
not poss since electronic charge=2 times the mentioned charge. a body cant have charge without ...
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Given:
The charge q= 10 C
The magnetic field B= 5 T
To find:
The force experienced by the charged particle
Solution:
Now applying the Lorentz formula
F=q(v×B)
As the charge is at rest which means v=0 , that is the velocity is equal to the zero.
Therefore
F=0
The force experienced by charged particle is F=0
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