With procedure. Consider a particle of charge q = 3 [C] that moves at a speed v = 22 +23 - 3k (m/s) under the action of an external magnetic field B = -1 -23 + 3k the particle (T). Calculate the magnetic force that the external magnetic field exerts on Options: O F = 93 + 6k O F = -33 + 6k ○ F = 273 + 18k OF = -61 +63 - 9k −6î
With procedure. Consider a particle of charge q = 3 [C] that moves at a speed v = 22 +23 - 3k (m/s) under the action of an external magnetic field B = -1 -23 + 3k the particle (T). Calculate the magnetic force that the external magnetic field exerts on Options: O F = 93 + 6k O F = -33 + 6k ○ F = 273 + 18k OF = -61 +63 - 9k −6î
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![With procedure. Consider a particle of charge q = 3 [C] that moves at a speed
v=-2i+23 - 3k
(m/s) under the action of an external magnetic field
B = -1 -23 + 3k
(T). Calculate the magnetic force that the external magnetic field exerts on
the particle
Options:
○ F = 9ĵ + 6k
OF = -33 + 6k
○ F = 273 + 18k
OF = −6+63 9k](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4cd9c698-e28d-4c53-bcbc-c55d8f845787%2F774bf72d-ec49-4d88-b3c1-db6b8a09c76d%2Fvabvqcj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:With procedure. Consider a particle of charge q = 3 [C] that moves at a speed
v=-2i+23 - 3k
(m/s) under the action of an external magnetic field
B = -1 -23 + 3k
(T). Calculate the magnetic force that the external magnetic field exerts on
the particle
Options:
○ F = 9ĵ + 6k
OF = -33 + 6k
○ F = 273 + 18k
OF = −6+63 9k
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