
#1
Apr2913, 09:53 PM

P: 6

if we assume a charge particle enters in a uniform magnetic field with velocity V w.r.t inertial frame as shown fig. then according to the situation shown there will be force acting on particle due to magnetic field (neglecting B field induced due to charged particle itself). But now if we observe this situation from a frame of reference which is moving with velocity V' in direction of particle's velocity with respect to inertial frame then velocity of particle observed in that frame will be VV'. then force on particle due to magnetic field will be less (As calculated by lorentz force equation) than as calculated in inetial frame.
what will be the right solution for this case? 



#2
Apr3013, 12:36 AM

P: 187

Are you implying/specifying/assuming that the magnetic field is fixed in relation to both reference frames?




#3
Apr3013, 02:36 PM

Sci Advisor
HW Helper
P: 1,930

There will now be an E field, becuse a Lorentz transformation of B produces an E field.



Register to reply 
Related Discussions  
Magnetic force of one, moving charged particle on another (vector problem)  Introductory Physics Homework  0  
Charged ring and charged particle problem  Advanced Physics Homework  1  
Lorentz force of a charged particle between moving parallel conductors  Classical Physics  19  
Velocity of charged particle in a uniform electric field  Introductory Physics Homework  12  
Charged particle at relativistic velocity  Special & General Relativity  8 