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A proton is accelerated by an electric potential difference "V" and introduced into a region in which there is a uniform magnetic field "B" perpendicular to the speed of the proton. Calculate the angular velocity of the proton in said trajectory in terms of its potential difference. Remember to show the diagram of the situation

A proton is accelerated by an electric potential difference "V" and introduced into a region in which there is a uniform magnetic field "B" perpendicular to the speed of the proton. Calculate the angular velocity of the proton in said trajectory in terms of its potential difference. Remember to show the diagram of the situation

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A proton is accelerated by an electric potential difference "V" and introduced into a region in which there is a uniform magnetic field "B" perpendicular to the speed of the proton. Calculate the angular velocity of the proton in said trajectory in terms of its potential difference. Remember to show the diagram of the situation

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O O O () = R (:) = (:) R O O N.A. () = I B I B 2qV m 2mV 9 2qV m
Transcribed Image Text:O O O () = R (:) = (:) R O O N.A. () = I B I B 2qV m 2mV 9 2qV m
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