blackrectangle123
4284
13
1
A bead sliding on a wire in the shape of the curve y = cos(x), under the influence of gravity
Oct 26, 2024 7:43 PM
blackrectangle123
4284
13
1
A bead sliding on a wire in the shape of the curve y = cos(x), under the influence of gravity
Blackmetalhappiness
"Wee!"
Canigetbannedagain2
Brother, my loops.
joe6paques
This is so relaxing that I watched it for three solid minutes.
hushpuppyextraordinaire
And zero friction
LifeIsADanceOfMinds
Where the AI-generated ladies sit in the Uncanny Valley
ThatRaccoonGuy
If it was under the influence of gravity, it would not go as high up the other side
hushpuppyextraordinaire
If there was friction. Only gravity is in this equation model it looks like
ThatRaccoonGuy
Gravity still acts on the ball while it's moving upward. It's a constant downwards force. The ball would rise slightly less each time, not reach 100% height.
LifeIsADanceOfMinds
The wire is friction-less, the simulation is sitting in a bell jar sans air, and the disclaimer says: 'Note: This is not a perpetual motion machine - those are down the hall'
Johnsky
An SWR of negative one? How is this possible? I need this antenna!
LifeIsADanceOfMinds
The technicians looking at the Engineers... Yeah, no.
Johnsky
Damn marketing team over promised again?
Psionickitten
No thanks, I can sign for the lease without a cosigner.
blackrectangle123
Just be sure that you don't let your payments slide
Psionickitten
I always pay what I sine for. No need to take this conversation on a tangent.