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ox 0Positively and negatively charged plates are shown. They are separated a distance d- 0.580 m and the positive plates has a potential of +1600 V relative to the negative plate. Relative to the axis shown: What is the electric potential and electric field at different locations between 0 and d? 0.145 0.290 0.435 V 1200 760 760 760 A charge of +550 nC is moved along the axis. Relative to the negative plate, how much energy does the +550 nC charge have at each location? 0.145 0.290 0.435 U 0.00066 0.00044 0.00022 A charge of -250 nC is moved along the axis. Relative to the negative plate, how much energy does the -250 nC charge have at each location? 0.145 0.290 0.435 リー0.00033 0.00022 0.00011 The +550 nC charge has a mass of 7.00x 10 10 kg and is at position 0.290 m on the axis where it is released from rest. What is its velocity when it reaches whichever plate it will hit first? V 792.8 13 The-250 nC charge has a mass of 8.50 × 10 kg and is at position 0.145 m on the axis where it is released from rest. What is its velocity when it reaches whichever plate it will hit first? v = |15303

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0.58am 2 O ab o-145 m 1600 x o-14S Yalt 1600 Vore o.580 0.2 g a m n. O-S80 1600· つ o-58o o-520 + Roo Valt0580-o.145 3 1600-800r 0-580-o.29 ob ns o 435 m 1600-Roo 2458.62 V/m 550 me at ak a-10 oP 550X 1600-2.10 リー 1 1 2 1 : R2 m/s velocity

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