It is about the surface area per mass. Ant has massive surface area for such tiny mass, so it's terminal velocity (or max falling speed through atmosphere) will be tiny.
Ummmβ¦ Noβ¦ It wouldnβt fall straight down like that. It would be blown away by the higher wind speeds at that high, and land somewhere a up to a mile away
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So my foot is stronger than gravity?
So ur saying a fucking tiny ant can survive a 50 foot drop but it canβt survive being stepped on π mhm ok got it
That meeeeeep is so cute
I want to give the ant sky diving experience π
first time that i saw an ant gore
Nahh aint no way ants are immune sgainst fall damage that's unfair
So you could in theory dump a bunch of ants off a balcony onto people? π
Thanks now I know what am i going yo do of I turned into an insect ππ
The wind:
So who is stronger an ant or a humanβ¦..
Try a spider
But the question is….. WHY WOULD I DROP AN ANT FROM A FLIPPING BUILDING?????????
Mass does not affect freefall
Bro has slow falling inf
I feel so bad for the dead ant
Wtf …
IK
These mfs can survive falls from high places but can survive being crushedπβοΈ
One like one minute study
If only Sunny was an Ant
Thanks, I REALLY wanted to know that
The fuck that ant do to deserve that
β If you dropped an ant off the Empire State Building -β buddy no oneβs doing that
It is about the surface area per mass. Ant has massive surface area for such tiny mass, so it's terminal velocity (or max falling speed through atmosphere) will be tiny.
Bro why do ants get to have infinite feather falling and I donβt I couldβve used this so many timesππ
Ummmβ¦ Noβ¦ It wouldnβt fall straight down like that. It would be blown away by the higher wind speeds at that high, and land somewhere a up to a mile away
Fun fact
tape a brick to the ant problem solved
Andddd after that someone steps on him.
Then why do we take soo much fall damage when we fall thst we actually die?