Force on moving charges: A particle with charge -5.00 C initially moves at

= (1.00

+ 7.00

) m/s. If it encounters a magnetic field Force on moving charges: A particle with charge -5.00 C initially moves at = (1.00 + 7.00 ) m/s. If it encounters a magnetic field find the magnetic force vector on the particle. A) (- 350 + 50.0 ) N B) (- 350 - 50.0 ) N C) ( 350 + 50.0 ) N D) ( 350 - 50.0 ) N

find the magnetic force vector on the particle.
A) (- 350 Force on moving charges: A particle with charge -5.00 C initially moves at = (1.00 + 7.00 ) m/s. If it encounters a magnetic field find the magnetic force vector on the particle. A) (- 350 + 50.0 ) N B) (- 350 - 50.0 ) N C) ( 350 + 50.0 ) N D) ( 350 - 50.0 ) N

+ 50.0

) N
B) (- 350 Force on moving charges: A particle with charge -5.00 C initially moves at = (1.00 + 7.00 ) m/s. If it encounters a magnetic field find the magnetic force vector on the particle. A) (- 350 + 50.0 ) N B) (- 350 - 50.0 ) N C) ( 350 + 50.0 ) N D) ( 350 - 50.0 ) N

- 50.0

) N
C) ( 350 Force on moving charges: A particle with charge -5.00 C initially moves at = (1.00 + 7.00 ) m/s. If it encounters a magnetic field find the magnetic force vector on the particle. A) (- 350 + 50.0 ) N B) (- 350 - 50.0 ) N C) ( 350 + 50.0 ) N D) ( 350 - 50.0 ) N

+ 50.0

) N
D) ( 350 Force on moving charges: A particle with charge -5.00 C initially moves at = (1.00 + 7.00 ) m/s. If it encounters a magnetic field find the magnetic force vector on the particle. A) (- 350 + 50.0 ) N B) (- 350 - 50.0 ) N C) ( 350 + 50.0 ) N D) ( 350 - 50.0 ) N

- 50.0

) N

Field Due to a Long Wire: the Figure Shows Two

Multiple Choice

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