The orbit of electrons in a betatron has a radius of 1m. If the magnetic field in which the electrons move is changing at the rate of 50 W m2 s-¹, calculate S the energy acquired by an electron in one rotation. Express your answer in electron volts.
The orbit of electrons in a betatron has a radius of 1m. If the magnetic field in which the electrons move is changing at the rate of 50 W m2 s-¹, calculate S the energy acquired by an electron in one rotation. Express your answer in electron volts.
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![The orbit of electrons in a betatron has a radius of 1m. If the magnetic field
in which the electrons move is changing at the rate of 50 W m² s¯¹, calculate
the energy acquired by an electron in one rotation. Express your answer in
electron volts.
[University of New Castle 1965]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6bff9b7b-0303-44af-aecf-cf5eff9c1c99%2F33c1b220-6dd3-4b26-9fae-152b9d5a93a6%2Fyk4wgs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The orbit of electrons in a betatron has a radius of 1m. If the magnetic field
in which the electrons move is changing at the rate of 50 W m² s¯¹, calculate
the energy acquired by an electron in one rotation. Express your answer in
electron volts.
[University of New Castle 1965]
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