Ball lover.

Oh no! here is the evidence! I see clearly now!



This post was edited by Thomas Cross on Mar 29 2017 12:35pm

Things fall because the Lord wills it (amen)

so springs are rigid, under the mechanical definition of rigid that no matter the force applied no distance on them changes?

If i put the spring in between two opposite tensions -the spring needs to be rigid in space to be a spring - if the coil just expands - its not a working mechanical spring

gg you're stupid

This post was edited by card_sultan on Mar 29 2017 12:40pm

no not no matter the force - only the force that that spring was designed to resist

at no point ever is a slinky designed to resist opposite forces at either end or becomes rigid in space.

This post was edited by card_sultan on Mar 29 2017 12:44pm

Ok now we're getting somewhere.

A slinky, is a tension spring that is designed to resist almost zero force. as far as springs go it's incredibly weak.

here's an experiment you can do at home to prove this, take a slinky in the palm of your hand, turn it over and let go of almost all of the slinky but hold on to only a few coils. The slinky will fall to a distance, then spring back a bit closer to you, then fall almost as far as the first time it fell, then spring back almost as far as the first time it sprang back. it will repeat this and regress each time until eventually it meets equilibrium.



im going to need a definition to even figure out what this means, maybe a picture.

This post was edited by thesnipa on Mar 29 2017 12:46pm

Your augments are incredibly weak - here's an experiment you can do

Hold a slinky in your hand, lift up the top coil - is the tension transferred throughout the entire coil or is the tension segmented into just the next coil?

This is why when you drop an extended slinky, gravity would affect each coil because the recoil tension would not be throughout the entire length. Therefore gravity does not exist.

This post was edited by card_sultan on Mar 29 2017 12:59pm

Nasa didn't create the wall, proof its not always been there?

let's start with proof that there is one first