Practical uses of oscillator damping

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Homework Help Overview

The discussion revolves around the practical applications of different types of damping in oscillatory motion, specifically focusing on light damping, critical damping, and heavy damping in contexts such as springs and pendulums.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • Participants share their thoughts on potential examples of damping, with some suggesting vehicle suspension as critical damping and automatic door closers as heavy damping. Others express uncertainty and seek further clarification on practical uses.

Discussion Status

The discussion includes various attempts to identify practical examples of damping types, with some participants questioning the appropriateness of the forum for their inquiries. There is a mix of contributions, but no consensus has been reached on specific examples.

Contextual Notes

Participants are reminded of the forum's guidelines regarding homework help, emphasizing the need to show effort in problem-solving and the distinction between exam preparation and schoolwork assignments.

Dixanadu
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Homework Statement



Hi guys,

The title says it all pretty much. I need to know a handful of practical uses for each of the following, in the context of oscillatory motion (springs, pendulums etc):
1) light damping
2) critical damping
3) heavy damping


Homework Equations



Light damping: w0^2 > 1/4 gamma^2
Heavy damping: w0^2 < 1/4 gamma^2
critical damping: w0^2 = 1/4 gamma^2
 
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Dixanadu said:

Homework Statement



Hi guys,

The title says it all pretty much. I need to know a handful of practical uses for each of the following, in the context of oscillatory motion (springs, pendulums etc):
1) light damping
2) critical damping
3) heavy damping


Homework Equations



Light damping: w0^2 > 1/4 gamma^2
Heavy damping: w0^2 < 1/4 gamma^2
critical damping: w0^2 = 1/4 gamma^2

What are some of the examples that you've thought of so far? I can think of a number of examples, but this is your schoolwork assignment, so you should be doing the work...
 
Ah, you see it isn't my school work, I am revising for my exam. I put it in the "General physics" thread earlier and it got deleted from there...so i put it here :(
 
As for examples, vehicle suspension is (i think) an example of critical damping. An automatic door closer thingy is an example of heavy damping maybe? I don't really know
 
Dixanadu said:
Ah, you see it isn't my school work, I am revising for my exam. I put it in the "General physics" thread earlier and it got deleted from there...so i put it here :(

That does not matter. *All* schoolwork-type questions go here in the Homework Help forums, and you are required to show your work toward a solution. That applies to points-paying homework, and it applies to studying problems in preparation for exams. We do not spoon-feed students here. You are required to show some effort.

Please post your work and thoughts on this problem.
 
Dixanadu said:
As for examples, vehicle suspension is (i think) an example of critical damping. An automatic door closer thingy is an example of heavy damping maybe? I don't really know

That's a start. Think about more examples involving vehicle systems... All kinds of vehicles...
 
Whoa...hold up buddy, i wouldn't be doing a degree if I'm not willing to put in the effort lol... if you arent gona answer then its cool, i'll wait for someone to answer it or I'll move on, i haven't got time to waste
 
No, we do not give answers to schoolwork questions. If you're not going to show effort, this thread is done.

Thread locked.
 

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