This is a really fun thread to follow and it was making me use what's left of my gray matter. :crazy:
The original query was relating to max velocity of a rubber band and the relative limitations in reaching that speed? :confused1:
I figured if a test was made on a given rubber band.. where the rubber was stretched at 300% then released underwater with no payload (shaft).. that'd be the closest to max speed of the rubber by itself. O_o
Load the same rubber but with a spear shaft and measure it's velocity, then add as many rubber bands as needed to get as close to the max velocity of the initial test? <--- would throw practicality out the window. And yeah, this test is specific to the one rubber band size and shaft size..
But this is all assuming someone had the equipment to run this kind of test. (with SAFETY at the highest priority, of course)
So this test might answer how many bands it would take to shoot a shaft as close to max velocity of a band with no payload? What the shaft does after it leaves the gun is a whole nother issue... :confused1:
If I'm looking at this the wrong way.. just.. tell me to shut up. I'm not as smart..
~Frank