Message from @✧Mike Flatbird (Mike Blackbird)✧
Discord ID: 581652679256702977
rate of accel is always the same
ya this is garbage what you're posting
they were released at the same time
And yes, heavier objects DO fall faster than lighter objects, because in air you indeed cannot measure the difference, so it becomes assumed that all objects fall at the same rate..to bolster gravity being there, ..but wait - what if those objects are dropped in water instead of air? The heavier object falls faster .. ergo the statement "heavier objects fall faster" becomes true! In air we just can't measure the differences due to the objects both having so much more DENSITY than the air, but dropped in water it becomes obvious.
And yet the feather didn't accelerate at the same rate as the bowling ball
did it?
ya it did
hit the ground at the same time
who says?
why? bc you seen the EDITED (edited "for TV) Vid?
derpppp
@✧Mike Flatbird (Mike Blackbird)✧ if i drop a poster board wide face down vs flat edge down, does it fall at a different rate?
😂
You globies are funny
@Human Sheeple yes thats not non rigid bodies behave when held
@Flubbin' - thats air-resistance
AERODYNAMICS
@✧Mike Flatbird (Mike Blackbird)✧ vacuum resistance
@✧Mike Flatbird (Mike Blackbird)✧ and what you described is water resistance
vacuodynamics
lol
what you see there is not drag on the feather
nah
there IS drag on it
--right from take-off / start
So why isn't the feather acceleratign at the same rate as the bowling ball then?
it is
here look
does air resistance make the slinky behave this way
No the spring coefficient "k" does
same with the feather
it has k
https://www.youtube.com/watch?v=-V-ZfRXReKM <:BigGrin:507986757753634826> 🔧
@✧Mike Flatbird (Mike Blackbird)✧ lets talk about the helium balloon
check this out and tell me why the balloon does what it does : https://www.youtube.com/watch?v=XXpURFYgR2E
at halfway mark,? did you see "slinkys? (in the vid i posted)