- #1
gogza
- 3
- 0
Folks,
Imagine a chain, floating in a frictionless, weightless environment.
Just like this:
--------------------
where every "-" is link.
If a force acts on just one link of the chain "Link0", causing it to buckle like this (and the force continues to act) :
-------------\_/---
(apoligies for the crudeness of my diagram)
What forces will act on the links either side of Link0, causing them to move? Do the first nearest neighbours (to Link0) have the same magnitude of force?
If they don't, is it because the mass on either side is different?
Help! Its been a few years since I last forayed into classical mechanics!
Thanks,
Gogza
Imagine a chain, floating in a frictionless, weightless environment.
Just like this:
--------------------
where every "-" is link.
If a force acts on just one link of the chain "Link0", causing it to buckle like this (and the force continues to act) :
-------------\_/---
(apoligies for the crudeness of my diagram)
What forces will act on the links either side of Link0, causing them to move? Do the first nearest neighbours (to Link0) have the same magnitude of force?
If they don't, is it because the mass on either side is different?
Help! Its been a few years since I last forayed into classical mechanics!
Thanks,
Gogza