Question 5 A charge +3 μC moves from point 1 (at rest) to point 2, where 1 is at a potential of +1000 V and 2 is at a po

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Question 5 A charge +3 μC moves from point 1 (at rest) to point 2, where 1 is at a potential of +1000 V and 2 is at a po

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Question 5 A charge +3 μC moves from point 1 (at rest) to point 2, where 1 is at a potential of +1000 V and 2 is at a potential of -1000 V. a) How much work .006 in Joule, is done by the electric force on the charge? [Enter only the number (without the unit) up to three decimal places] b) If the charge has 2 g mass, what is the speed 2.45 charge when it reaches point 2? [Use work-kinetic energy theorem or conservation of energy] Enter only the number (without the unit) up to 2 decimal places. Answer 1: 1/2 pts .006 Answer 2: 2.45 in m/s, of the
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