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Singly ionized negative charges are accelerated from rest by applying a potential difference of AV before they enter a uniform magnetic field B (into the screen) as shown. L and R represent two fluorescent plates that record the location of a charged particle when it hits a plate. One such negative ion is accelerated from rest by a potential difference of 6.50 kV before entering the uniform magnetic field of 150 mT. Which plate (L or R) will it hit and at what distance d does it hit the fluorescent plate? Take mass of the ion to be 8.08 x 10-28 kg- R B.

Singly ionized negative charges are accelerated from rest by applying a potential difference of AV before they enter a uniform magnetic field B (into the screen) as shown. L and R represent two fluorescent plates that record the location of a charged particle when it hits a plate. One such negative ion is accelerated from rest by a potential difference of 6.50 kV before entering the uniform magnetic field of 150 mT. Which plate (L or R) will it hit and at what distance d does it hit the fluorescent plate? Take mass of the ion to be 8.08 x 10-28 kg- R B.

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A 2.20 kV, with the left plate positive and right plate negative O B. 13.0 kV, with the right plate positive and left plate negative OC. 2.20 kV, with the right plate positive and left plate negative O D. 13.0 kV, with the left plate positive and right plate negative O E. 275 V, with the left plate positive and right plate negative O F. None of the given options
Transcribed Image Text:A 2.20 kV, with the left plate positive and right plate negative O B. 13.0 kV, with the right plate positive and left plate negative OC. 2.20 kV, with the right plate positive and left plate negative O D. 13.0 kV, with the left plate positive and right plate negative O E. 275 V, with the left plate positive and right plate negative O F. None of the given options
Singly ionized negative charges are accelerated from rest by applying a potential difference of AV before they enter a uniform magnetic field B (into the screen) as shown. L and R represent two fluorescent plates that record the location of a charged particle when it hits a plate. One such negative ion is accelerated from rest by a potential difference of 6.50 kV before entering the uniform magnetic field of 150 mT. Which plate (L or R) will it hit and at what distance d does it hit the fluorescent plate? Take mass of the ion to be 8.08 × 10-28 kg- LIFE A В Xd L
Transcribed Image Text:Singly ionized negative charges are accelerated from rest by applying a potential difference of AV before they enter a uniform magnetic field B (into the screen) as shown. L and R represent two fluorescent plates that record the location of a charged particle when it hits a plate. One such negative ion is accelerated from rest by a potential difference of 6.50 kV before entering the uniform magnetic field of 150 mT. Which plate (L or R) will it hit and at what distance d does it hit the fluorescent plate? Take mass of the ion to be 8.08 × 10-28 kg- LIFE A В Xd L
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