1. 0.065 kg object is attached to a spring is a spring constant ofJoo N/m. The other end of the spring to attached to a wall anSuch a way that 3+ rests on a frict'sonless horizontal surface.so that it expreñiences sampleĂ4 exerted on the springforceharmorisc motson.a. tiow much work would be done on the spring to compress24-by.11 cm.b. Assuming that there so no friction. describe the energy conversaçonsthat take place, being sure to explain the location of maximum elasticpotential energy and maximum k²netic energy.c. \Nhat will the speed of the object be when it's passing the pointof being compressed by only 5.5 cm?. (Assume that the mass of theSpring negiigable.)

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Description: 1. 0.065 kg object is attached to a spring is a spring constant ofJoo N/m. The other end of the spring to attached to a wall anSuch a way that 3+ rests on a frict'sonless horizontal surface.so that it expreñiences sampleĂ4 exerted on the springforce

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1. 0.065 kg object is attached to a spring is a spring constant of Joo N/m. The Other end of the spring to attached to a wall an Such a way that 3+ rests on a frict' son less horizontal surface. 4 exerted on the spring Å so that it expreñiences Sample force harmorisc motson. a. How much work would be done on the spring to compress²4 -by. 11 cm. b. Assuming that there so no friction. describe the energy conversoons that take place, being sure to explain the location of maximum elastic potential energy and maximum k²netic energy. c. What will the speed of the object be when it's passing the point of being compressed by only 5.5 cm?. (Assume that the mass of the Spring negigable.)

1. 0.065 kg object is attached to a spring is a spring constant of Joo N/m. The Other end of the spring to attached to a wall an Such a way that 3+ rests on a frict' son less horizontal surface. 4 exerted on the spring Å so that it expreñiences Sample force harmorisc motson. a. How much work would be done on the spring to compress²4 -by. 11 cm. b. Assuming that there so no friction. describe the energy conversoons that take place, being sure to explain the location of maximum elastic potential energy and maximum k²netic energy. c. What will the speed of the object be when it's passing the point of being compressed by only 5.5 cm?. (Assume that the mass of the Spring negigable.)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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