Two parallel conducting plates are separated by 16.0 cm. The region between the plates is immersed in a uniform magnetic field of 125 mT into the screen (-x direction) as shown below. How many volts must be applied across the plates to allow a 2.20 keV proton to go undeflected? Which plate must be the positive
Two parallel conducting plates are separated by 16.0 cm. The region between the plates is immersed in a uniform magnetic field of 125 mT into the screen (-x direction) as shown below. How many volts must be applied across the plates to allow a 2.20 keV proton to go undeflected? Which plate must be the positive
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Transcribed Image Text:QUESTION 4
Two parallel conducting plates are separated by 16.0 cm. The region between the plates is immersed in a
uniform magnetic field of 125 mT into the screen (-x direction) as shown below. How many volts must be
applied across the plates to allow a 2.20 keV proton to go undeflected? Which plate must be the positive
plate?
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
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