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Title: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is fastened ... Post by: Pd96 on Nov 29, 2016 On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is fastened to the table. The puck compresses the spring by 15 cm before coming to rest. During the compression process, which quantities are conserved?
A) only the momentum of the puck B) only the kinetic energy of the puck C) only the mechanical energy (kinetic plus potential) of the puck D) the momentum and the mechanical energy of the puck E) the momentum and the kinetic energy of the puck Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is ... Post by: slicealemon on Nov 29, 2016 Content hidden
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is fastened ... Post by: Pd96 on Jan 14, 2017 You saved a lot of time and money for tutors, thank you
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is fastened ... Post by: slicealemon on Feb 16, 2017 Let me know if there's anything else bothering you, in fact, add me as a friend
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is ... Post by: Shane Love on Dec 8, 2020 j
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is ... Post by: its.baileysage on Jan 5, 2021 Thank youuu!
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is ... Post by: Trent Miller on Jan 5, 2021 Thank you
Title: Re: On a horizontal frictionless air table, a puck runs into an ideal horizontal spring that is ... Post by: Toothpaste Noodle on Jan 13, 2021 Thank you
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