Charge q of mass m is placed in a uniform electric field E, then KE after time t
ANIL ABABU , 5 Years ago
Grade 12th pass
Electrostatics> Charge q of mass m is placed in a uniform...
2 Answers
Saurabh Koranglekar
Last Activity: 5 Years ago
Dear student
The answer is
E^2 * q^2* t^2 / 2m
Regards
Vikas TU
Last Activity: 5 Years ago
Dear student
F = qE
or mv/t = qE
v = qEt/m
KE = 0.5mv^2
KE = q^2E^2t^2 / 2m
Hope this will help
Good Luck
F = qE
or mv/t = qE
v = qEt/m
KE = 0.5mv^2
KE = q^2E^2t^2 / 2m
Hope this will help
Good Luck
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