Can cats defy Newton's law?

[Votto]

 

[Oddball]

Can cats defy Newton's law?​

They can't...But they're the galactic champions of making it reeeeeeeeealy close, aren't they?

 

[JustAnotherNut]

Cats defy anything and everything, just because they want too

 

[White 6]

Cats are amazing. Most animals can't do that. Dogs can't. Heck, squirrels can't either, though pretty impressive for the many acrobatic things they can do.

 

[Darkwind]

You probably should ask Schrodinger.

 

[egp320i]

Cats are amazing. Most animals can't do that. Dogs can't. Heck, squirrels can't either, though pretty impressive for the many acrobatic things they can do.

had a cat or more in the house since I was born, seen them do some crazy acrobatics in that time

 

[fncceo]

Can cats defy Newton's law?​

Only Schrodinger’s Cat

 

[scruffy]

Can lions and tigers do this too? Or just felix domesticus?

 

[Muhammed]

I need to show this to my cat. Apparently nobody taught him that trick.

 

[egp320i]

Can lions and tigers do this too? Or just felix domesticus?

lions don't climb or tigers but leopards most certainly if they fell from a tree would self correct

 

[Harry Dresden]

lions don't climb or tigers but leopards most certainly if they fell from a tree would self correct

seen a David Attenborough show were a Leopard chasing a monkey in a tree fell about 30 feet and she was just fine....

 

[luiza]

Can lions and tigers do this too? Or just felix domesticus?

Nobody has lived to tell the tale .

 

[ReinyDays]

Newton never said that ... what he said was "that an object maintains constant angular velocity unless a net torque acts" ... in this case, there is NO net torque, thus no change in angular velocity ... and this effect is reduced as the cat approaches the speed-of-light ... like when tossing them into black holes ... they never land on their feet on the event horizon ...

 

[Darkwind]

Can lions and tigers do this too? Or just felix domesticus?

 

[Darkwind]

Newton never said that ... what he said was "that an object maintains constant angular velocity unless a net torque acts" ... in this case, there is NO net torque, thus no change in angular velocity ... and this effect is reduced as the cat approaches the speed-of-light ... like when tossing them into black holes ... they never land on their feet on the event horizon ...

So you are saying that they are God-like because they'd be skating on the Event Horizon!

I knew it.

 

[ReinyDays]

So you are saying that they are God-like because they'd be skating on the Event Horizon!

I knew it.

One advantage of living in four spacial dimensions ...

“I said pig,” replied Alice; “and I wish you wouldn’t keep appearing and vanishing so suddenly: you make one quite giddy.”

 

[scruffy]

Great pic!