Coupled Pendulum Research & Info: Any Good Suggestions?

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    Coupled Pendulum
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The discussion centers on finding resources for understanding coupled pendulums, with participants seeking clarity on the topic. One user mentions starting with simple and physical pendulums before exploring coupled pendulums, expressing enthusiasm for the subject. There is some confusion around terminology, with references to "compound pendulum" and "coupled oscillators," indicating a need for precise definitions. A suggested resource is provided, along with a clarification about the arrangement of the pendulums and their movement. Overall, the conversation highlights a desire for more information and examples related to coupled pendulums.
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any good website suggested on coupled pendulum?
I have to do an investigation and I'm going to investigate simple pendulum (which is easy) than physical pendulum (just some calculation of mass as stuff) and than finally come into coupled pendulum. And I don't actually know much on coupled pendulum, but it looks fun. I need some information and stuff for it.
 
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The thread title caught my attention because I've never heard of a coupled pendulum. Checking quickly in a book on mechanics I find the terms "Compound Pendulum" and "Coupled Oscillators" but no "Coupled Pendulums".

It could be, therefore, that an exact description of the situation you're talking about, whatever it's called, will clarify where people should reccomend you look for more detailed info.
 
Originally posted by LLT
any good website suggested on coupled pendulum?
I have to do an investigation and I'm going to investigate simple pendulum (which is easy) than physical pendulum (just some calculation of mass as stuff) and than finally come into coupled pendulum. And I don't actually know much on coupled pendulum, but it looks fun. I need some information and stuff for it.
http://www.dee.cefet-ma.br/fisica/eng/pendkop_e.html
 
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when you mean a coupled pendulum do you mean that they are parallel to each other and don't meet?

if so and given a difference in time in their movemnet they will never cross each other.
 
am i right or wrong?
 
You have two pendulum connected in series. It's not a difficult problem to solve.

JMD
 
what i meant was 2 pendulums are of the same mass and of the same level and they are attached by a string... That's good... Thanks for all the help...
 
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