A positively charged particle, with q = 1 mC, enters the field of a current carrying wire with a constant velocity of v= 1x107 m/s. ххххххххх хххххххххх Iwire = 10 A a. What will be the direction of the Lorentz force on the particle once it arrives at point P? b. If point P is a distance r = 1 cm away from the wire, what will be the magnitude of the Lorentz force at this point? c. How would your answer to question a change if the particle had a negative charge of q = -1 mC?
A positively charged particle, with q = 1 mC, enters the field of a current carrying wire with a constant velocity of v= 1x107 m/s. ххххххххх хххххххххх Iwire = 10 A a. What will be the direction of the Lorentz force on the particle once it arrives at point P? b. If point P is a distance r = 1 cm away from the wire, what will be the magnitude of the Lorentz force at this point? c. How would your answer to question a change if the particle had a negative charge of q = -1 mC?
Physics for Scientists and Engineers
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Chapter38: Relativity
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![A positively charged particle, with q = 1 mC, enters the field of a current
carrying wire with a constant velocity of v= 1x107 m/s.
ххххххххх
хххххххххх
Iwire = 10 A
a. What will be the direction of the Lorentz force on the particle once it
arrives at point P?
b. If point P is a distance r = 1 cm away from the wire, what will be the
magnitude of the Lorentz force at this point?
c. How would your answer to question a change if the particle had a negative
charge of q = -1 mC?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98d1588f-0615-4f67-a956-c39bd60f8e34%2F050c1d62-8ea3-48c6-a6a0-aefb3ffc0f40%2Fepg22lo_processed.png&w=3840&q=75)
Transcribed Image Text:A positively charged particle, with q = 1 mC, enters the field of a current
carrying wire with a constant velocity of v= 1x107 m/s.
ххххххххх
хххххххххх
Iwire = 10 A
a. What will be the direction of the Lorentz force on the particle once it
arrives at point P?
b. If point P is a distance r = 1 cm away from the wire, what will be the
magnitude of the Lorentz force at this point?
c. How would your answer to question a change if the particle had a negative
charge of q = -1 mC?
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