it wasn't a trip whose primary purpose was to see MichiBuffistas.
That part was awesome, though!!!
Off-topic discussion. Wanna talk about corsets, duct tape, or physics? This is the place. Detailed discussion of any current-season TV must be whitefonted.
it wasn't a trip whose primary purpose was to see MichiBuffistas.
That part was awesome, though!!!
Hec whitefonted the answer: Jesse and Emily
You have a frictionless rollercoaster on an airless planet
I don't believe you. Continue.
with a gravity of 10m/s^2. The drive that takes the cars from the flat platform area to the first drop imparts a velocity of 1m/s at the very top of the first drop. The cars arrive back at the platform area with a velocity of 41m/s before braking. How tall is the first drop relative to the platform?
4 m.
20m?
Yep, unless I made a mistake which is all too possible.
I plead skimming and already knowing the answer.
I don't believe you. Continue.
Yeah, and you probably don't believe in spherical cows either.
Crap. I figured the velocity increased by 40 m/s, and since the acceleration was 10 m/s/s, a drop over 4 s increased the velocity by 40 m/s.
Oh, I guess that didn't actually include anything about the height of the drop. Fuck.
Phase transition?
Could be. I have no IQ left.
Gud's last question is actually simpler than it sounds. You still need to know the proper physics equation, or failing that, calculus, or you could realize that for this particular question there's a shortcut to doing the calculus.
I'm trying to remember how to do it! And failing. I think I'm right about it taking 4 seconds, though. And 1/2at gives me the right answer, but that could be coincidence.
Hold on a sec.
d = vt
That's for sure. Except v is an integral. Maybe you integrate both sides? Or something.
I don't believe in calculus.