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Q3: Electrons in projection television sets are accelerated through a potential difference of 55 kV • Calculate the speed of the electrons using the relativistic form of kinetic energy assuming the electrons start from rest Calculate the speed of the electrons using the classical form of kinetic energy. Is the difference in speed significant in the design of this set?

Q3: Electrons in projection television sets are accelerated through a potential difference of 55 kV • Calculate the speed of the electrons using the relativistic form of kinetic energy assuming the electrons start from rest Calculate the speed of the electrons using the classical form of kinetic energy. Is the difference in speed significant in the design of this set?

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Q3: Electrons in projection television sets are accelerated through a potential difference of 55 kV • Calculate the speed of the electrons using the relativistic form of kinetic energy assuming the electrons start from rest Calculate the speed of the electrons using the classical form of kinetic energy.• Is the difference in speed significant in the design of this set?
Transcribed Image Text:Q3: Electrons in projection television sets are accelerated through a potential difference of 55 kV • Calculate the speed of the electrons using the relativistic form of kinetic energy assuming the electrons start from rest Calculate the speed of the electrons using the classical form of kinetic energy.• Is the difference in speed significant in the design of this set?
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