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QUESTION 5 Several positive and negative singly charged ions are accelerated from rest by applying a potential difference of AV b uniform magnetic field B (out of the screen) as shown. L and R represent two fluorescent plates that record the loc particle when it hits a plate. When a singly charged ionq with a mass of 232 x 10-2s ka is accelerated from rest by of 2.50 kV enters the uniform magnetic field, it hits the fluorescent plate K at point P, a distance d of 2.24 cm fro entrance to the magnetic field. What is the sign of the ion's charge and the strength of the magnetic field? O B 7. AV q is negative and magnetic field is 32.4 mT None of the given options a is negative and magnetic field is 2.40 T is positive and magnetic field is 32.4 mT is positive and magnetic field is 2.40 T

QUESTION 5 Several positive and negative singly charged ions are accelerated from rest by applying a potential difference of AV b uniform magnetic field B (out of the screen) as shown. L and R represent two fluorescent plates that record the loc particle when it hits a plate. When a singly charged ionq with a mass of 232 x 10-2s ka is accelerated from rest by of 2.50 kV enters the uniform magnetic field, it hits the fluorescent plate K at point P, a distance d of 2.24 cm fro entrance to the magnetic field. What is the sign of the ion's charge and the strength of the magnetic field? O B 7. AV q is negative and magnetic field is 32.4 mT None of the given options a is negative and magnetic field is 2.40 T is positive and magnetic field is 32.4 mT is positive and magnetic field is 2.40 T

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QUESTION 5 Several positive and negative singly charged ions are accelerated from rest by applying a potential difference of AV E uniform magnetic field B (out of the screen) as shown. L and R represent two fluorescent plates that record the lo particle when it hits a plate. When a singly charged ion q with a mass of of 2.50 kV enters the uniform magnetic field, it hits the fluorescent plate K at point P, a distance d of 2.24 cm from entrance to the magnetic field. What is the sign of the ion's charge and the strength of the magnetic field? 2.32 x 10-26 ka is accelerated from rest by 7. R. AV 90 q is negative and magnetic field is 32.4 mT None of the given options q is negative and magnetic field is 2.40 T is positive and magnetic field is 32.4 mT is positive and magnetic field is 2.40 T
Transcribed Image Text:QUESTION 5 Several positive and negative singly charged ions are accelerated from rest by applying a potential difference of AV E uniform magnetic field B (out of the screen) as shown. L and R represent two fluorescent plates that record the lo particle when it hits a plate. When a singly charged ion q with a mass of of 2.50 kV enters the uniform magnetic field, it hits the fluorescent plate K at point P, a distance d of 2.24 cm from entrance to the magnetic field. What is the sign of the ion's charge and the strength of the magnetic field? 2.32 x 10-26 ka is accelerated from rest by 7. R. AV 90 q is negative and magnetic field is 32.4 mT None of the given options q is negative and magnetic field is 2.40 T is positive and magnetic field is 32.4 mT is positive and magnetic field is 2.40 T
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