3. Make a guess:(a) Without knowing all the physics behind, use dimensional analysis to derive the elasticpotential energy E which has the unit Joule J = kg · m²/s², in terms of spring constant kwhich has unit kg/s², displacement ä which has unit m.(b) Consider a spring storing energy 10 J when it is compressed by 1 cm. By using the formulayou derived above, how much energy is stored in the spring system when it is compressedby 2 cm?

Name: 3. Make a guess:(a) Without knowing all the physics behind, use dimen
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Description: 3. Make a guess:(a) Without knowing all the physics behind, use dimensional analysis to derive the elasticpotential energy E which has the unit Joule J = kg · m²/s², in terms of spring constant kwhich has unit kg/s², displacement ä which has unit m.

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3. Make a guess: (a) Without knowing all the physics behind, use dimensional analysis to derive the elast potential energy E which has the unit Joule J = kg m²/s², in terms of spring constant which has unit kg/s², displacement x which has unit m. (b) Consider a spring storing energy 10 J when it is compressed by 1 cm. By using the formul you derived above, how much energy is stored in the spring system when it is compresse by 2 cm?

3. Make a guess: (a) Without knowing all the physics behind, use dimensional analysis to derive the elast potential energy E which has the unit Joule J = kg m²/s², in terms of spring constant which has unit kg/s², displacement x which has unit m. (b) Consider a spring storing energy 10 J when it is compressed by 1 cm. By using the formul you derived above, how much energy is stored in the spring system when it is compresse by 2 cm?

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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