is this anything
there's actually settled science on how fast animals pee coz apparently we all take rly similar amnts of time regardless of size. but it's important to double check these things. actually oh my god
at 1.5g. I think. IT MIGHT BE DIFFERENT?
Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS) - an authoritative
“…the effects of gravity increase with increasing body size.” […] “Bladder pressure, gravity, and inertia are dominant for large animals…”
Dr Grace is going to be pissing faster on Erid. However, I am too smoothbrained to understand by exactly how much, via this formula:
italics g in there IS gravity. The bigger the denominator here, the smaller the time winds up being…? right, yeah.
the part with gravity in it is getting the square root taken of it though??? So that’s like making the effect less noticeable? Can someone who knows math tell me how noticeable the effect would be going from 1g to 2g.
Save me Rocky and Grace… will you two please just do some empirical measurements. :/
I may have an answer for you! Based on this paper and average stats for an adult male, Grace's urination rate is approximately 22.4 mL/s in 1.5g (about 7% faster), and 24 mL/s in Erid's 2.09g (about 14% faster). Converting that to velocity works out to be 17.7 mph in 1.5 g and 18.9 mph in Erid's gravity. I think. I'm not a math major but I've attached my reasoning below (sorry if there are any mistakes)!
Equation, Terms, and Units: If want the rate Grace urinates at, we could use the equation you have for time, but it may be easier to use the
