A charged particle (q) is shot with a velocity v in a straight line parallel to an external magnetic field (B) through a region of space. Therefore, assuming that there is no other field present close-by, we may conclude that the charged particle Group of answer choices finds a zero component of B in the direction of its motion. experiences zero magnetic field-force (FB) . experiences a high magnetic force (FB) due to the field B. encounters no magnetic field (B = 0)
A charged particle (q) is shot with a velocity v in a straight line parallel to an external magnetic field (B) through a region of space. Therefore, assuming that there is no other field present close-by, we may conclude that the charged particle Group of answer choices finds a zero component of B in the direction of its motion. experiences zero magnetic field-force (FB) . experiences a high magnetic force (FB) due to the field B. encounters no magnetic field (B = 0)
Chapter12: Sources Of Magnetic Fields
Section: Chapter Questions
Problem 12.4CYU: 12.4 Check Your Understanding Two wires, both carrying current out of the page, have a current of...
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A charged particle (q) is shot with a velocity v in a straight line parallel to an external magnetic field (B) through a region of space. Therefore, assuming that there is no other field present close-by, we may conclude that the charged particle
Group of answer choices
finds a zero component of B in the direction of its motion.
experiences zero magnetic field-force (FB) .
experiences a high magnetic force (FB) due to the field B.
encounters no magnetic field (B = 0)
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