I'm asking about the density of the feather and bowling ball, not the medium in which they fall, but nice attempt at dodging the issue, yet again.

This post was edited by Surfpunk on Dec 28 2017 04:38pm

Is this card IRL?

#TheWayYouUseDensityIsntTheWayIUseDensity

that one was a real doozie!

and for the third time ive told i doesn't matter - they are in the same medium


are you that dense?


you are very low iq



lol funniest thing you ever posted

This post was edited by card_sultan on Dec 28 2017 04:45pm

So, if their densities don't matter, why do the feather and bowling ball fall at the same rate in a vacuum? If your hypothesis that the density of the air isn't enough to impede the fall of a pen, yet impedes a feather significantly, then why, when the air is removed, does the bowling ball not fall even faster? There's no air density impeding its fall any more, yet it falls at the SAME RATE as the feather. If the densities of the feather and bowling ball don't matter, then why does this happen?

oh sultan, didnt think you were that bad.... smh.

why does that matter, as you're in the same medium.

me: Density is the vibration intensity within a volume in relation to the density of the surrounding medium and the changes in magnetism, electricity and temperature.

you: thats heavy man.

lol

What is "vibration intensity" and how is it measured?

its the 3rd time he's asked that question

if it has to do with gravity and the weight of each only - then than the bowling ball should be attracted more

he has no idea its a trick cause they're both in the exact same medium

and he's to clueless to ever understand anything beyond what he was told in grade 2



Flat Earth use them fancy words/10

This post was edited by card_sultan on Dec 28 2017 04:55pm