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Consider two very large charged plates, both horizontal and parallel, where the size of the plates is much larger than the spacing between the plates. Between the plates is placed a small charged bead with a mass 4.4x10-12 kg and a charge equal to that of 73 electrons. The separation between the plates is 13.1x10-2 m and the charge per area on the plates is +/- 5.4x10-6 C/m2. The top plate is positively charged and the bottom plate is negatively charged. If the bead is released from rest halfway between the two plates, what is the speed of the bead when it hits one of the plates? The force of gravity is downwards towards the bottom plate. Give you answer in m/s three digits.
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Transcribed Image Text:Consider two very large charged plates, both horizontal and parallel, where the size of the plates is much larger than the spacing between the plates. Between the plates is placed a small charged bead with a mass 4.4x10-12 kg and a charge equal to that of 73 electrons. The separation between the plates is 13.1x10-2 m and the charge per area on the plates is +/- 5.4x10-6 C/m2. The top plate is positively charged and the bottom plate is negatively charged. If the bead is released from rest halfway between the two plates, what is the speed of the bead when it hits one of the plates? The force of gravity is downwards towards the bottom plate. Give you answer in m/s three digits.
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