Problem 2: A positive oxygen-16 ion with a mass of 2.66 » 102* kg travels at 15 * 10 m's perpendicular to a 2.50 Tmagnetic field, which makes it move in a circular path with a 0.332-m radius, Part (a) What is the charge of the ion, in coulombs? 789 4 5 6 sin) cos) tan() acost) sinh() cotanh() ODogrees O Radians cotan() asin) E atan) cosho) acotan() 3 tanh() Part (b) What is the ratio of this charge to the magnitude of the electron's charge?
Problem 2: A positive oxygen-16 ion with a mass of 2.66 » 102* kg travels at 15 * 10 m's perpendicular to a 2.50 Tmagnetic field, which makes it move in a circular path with a 0.332-m radius, Part (a) What is the charge of the ion, in coulombs? 789 4 5 6 sin) cos) tan() acost) sinh() cotanh() ODogrees O Radians cotan() asin) E atan) cosho) acotan() 3 tanh() Part (b) What is the ratio of this charge to the magnitude of the electron's charge?
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Transcribed Image Text:Problem 2: A positive oxygen-16 ion with a mass of 2.66 x 102 kg travels at 45 * 10 m's perpendicular to a 2.50 T imagnetic field, which makes
it move in a circular path with a 0.332-m radius,
Part (a) What is the charge of the ion, in coulombs?
7 8 9
4 56
sin)
cos)
tan()
acost)
sinh)
cotanh()
ODogrees O Radians
E
cotan()
atan)
cosh)
asin)
acotan()
3
tanh()
Part (b) What is the ratio of this charge to the magnitude of the electron's charge?
Transcribed Image Text:positive oxygen-16 ion with a mass of 2.66 x 10-26 kg travels at 35 10 m/'s perpendicular to a 2.50 T magn
th with a 0.332-m radius.
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