As an engineer, I stand by my buildings. I won't go in them, but I stand by them.Ouch.
lol
Hope you don't build bridges.
...
Ken to the rescue again.Forum titles are hard to get. Here, have an avatar instead:
Old Chinese saying...:biggrin:As an engineer, I stand by my buildings. I won't go in them, but I stand by them.
Hmmm big ass rubber band requiring LOTS of force to stretch hitched to something of questionable holding power. What can go wrong?
Sounds like the making of a Jackass skit! Glad it wasn't serious. You know it can always be worse!
That's a bad ass cut!
It will get you laid if you play your cards right.
So serious question for anyone who knows much about injuries/the medical field. Is there a reason they generally do not glue scars together anymore? I had a major operation on my hip when I was 8 years old. The scar is probably around 9". My surgeon glued it together, and put me in a brace for a month. There's a scar but no stitch scars.
No offense OP but those stitches could have been a lot better. I'm guessing they maximized holding ability over aesthetics. I realize that you may have to reapply the glue for two weeks or so, but they should offer you the option to put that work in if you opt for a much smaller scar.
Have you done transfer of momentum, and elastic vs inelastic collisions?Son of a gun! My next physics class is learning about elastic potential energy. I think this is now the 5th time this year something relevant happens here that I'm going to carry over into my class. Someone just helped me out the other day with the law of conservation of energy (the car with a magnet in front of it.)
Hey, for a thorough analysis, can you tell us exactly how far you had stretched that band, and the mass of the part that hit you?
Have you done transfer of momentum, and elastic vs inelastic collisions?
"Assume a 7 gram screw is traveling at 125m/sec. It hits a stationary person in the face, while he is standing on a frictionless surface. The person's mass is 70kg. If the screw fully embeds itself in his face, what is his new speed?"
"Assume that he pulls the screw out, and that he is now forcefully spurting blood from the wound at a rate of 50mL/sec. How will this affect his speed?"
Son of a gun! My next physics class is learning about elastic potential energy. I think this is now the 5th time this year something relevant happens here that I'm going to carry over into my class. Someone just helped me out the other day with the law of conservation of energy (the car with a magnet in front of it.)
Hey, for a thorough analysis, can you tell us exactly how far you had stretched that band, and the mass of the part that hit you?