Project that is similar to the coupled pendulum

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Homework Help Overview

The discussion revolves around a project that involves a system similar to a coupled pendulum but utilizes springs instead. The original poster seeks background theory and resources for their project, expressing difficulty in finding relevant information.

Discussion Character

  • Exploratory, Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • Participants discuss the nature of the system, questioning the complexity of a spring-based model without angles. Suggestions include exploring coupled oscillators and considering Lagrangian or Hamiltonian dynamics for further insights.

Discussion Status

The conversation is ongoing, with some participants offering resources and suggesting directions for further research. There is no explicit consensus, but various interpretations of the project requirements are being explored.

Contextual Notes

The original poster mentions a tight deadline for the project and expresses frustration over the lack of accessible resources, particularly in their location. There is also a mention of the difficulty in finding suitable problems or exercises in Theoretical Mechanics.

Jonny
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I am doing a project that is similar to the coupled pendulum (http://www.her.itesm.mx/academia/profesional/cursos/fisica_2000/FisicaII/PHYSENGL/cpendula.htm but with springs instead of pendulum. My problem is that I am required to give background theory and the address of sites I got it from, but I don't know any and all the search engines I have tried seem to have no results. My teacher has never seen anyone do this project this way before and said if worse comes to worse I must roughly use the info on coupled pendulum. But as that goes into the angle of the pendulum (which springs don't have) it doesn't help much. Can you please help as soon as possible (as it is due in soon). Thanks!
 
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But as that goes into the angle of the pendulum (which springs don't have)
If the spring does not have an angle to it then the system is not very interesting. Two masses that jiggle up and down with a spring between them is just a coupled oscillator.
http://lectureonline.cl.msu.edu/~mmp/applist/coupled/osc2.htm

On the other hand if there is a angle for the spring the system is more interesting and harder to find information on.

Near the end of the web page there is a problem similar to yours:
http://webpages.ursinus.edu/lriley/courses/p212/lectures/node5.html

If you do have time you can look up Lagrangian or Hamiltonian dynamics and find the equation of motion.

I did a search on the web for other resources and did not come up with much so if you do not have time for Lagrangian or Hamiltonian dynamics you may be out of luck.
 
Help!
I don't want to create another topic,just for a little need of help.So i decide to post my trouble in this topic.Plz forgive me if you mind.

I have recently done on Theoretical Mechanics.And i find it very hard to solve the problems in this subject (may be it too strange).

So i have to practise more on this subject.And the problem 's i can find any book that contain problems.I have some books but they're too hard for me.
I'm from Vietnam,it's hard too find a good book in our country.I can only find it on Internet.Can anyone help me?
Problems,Exercises on Theoretical Mechanics.

Thanks in advance
 
"Schaum's Outline of Lagrangian Dynamics" Schaum's Outlines always have many solved example problems and should provide considerable practice for you. This is the first book that comes to mind. I have not used this particular book but have used other Schaum Outline's and was happy with them.

Hope this helps.
 

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