Heat, pressure and restitution

[OP !WQn7SVnjiQ No.2127695]

So, we all know that when you heat up a mothafuckin' squash ball, the air inside goes nuts and pressure goes up, assuming the rubber does not expand. So, heat and pressure can be linked, and pressure and the bounce of a ball will increase from a drop height with pressure, but does any existing equation actually link pressure and how high the fucker bounces from rest? I major in math, so I wouldn't know much beyond this in physics. Thanks, /sci/!

[OP !WQn7SVnjiQ No.2127976]

bump with gaga

[SAGE No.2128096]

>I major in math
>1) major in math
>2) math
sage.

pressure = volume * sin(height) btw

[OP !WQn7SVnjiQ No.2128110]

I do physics shit outside of math studies. thanks a lot buddy. So the height is just arcsin(p/V) ?

[SAGE No.2128122]

sorry, I meant arccot(ln(p)) = sqrt(mod((e^ivsinH)^2))

[Anonymous No.2128164]

bump for interest