Minichan

Topic: Doomsday

Anonymous A started this discussion 14 years ago #18,809

http://www.youtube.com/watch?v=BgwMgpH0Ge0

Fake anon !ZkUt8arUCU joined in and replied with this 14 years ago, 2 minutes later[^] [v] #310,888

Don't quit your day job.

Anonymous C joined in and replied with this 14 years ago, 2 minutes later, 4 minutes after the original post[^] [v] #310,891

@previous (Fake anon !ZkUt8arUCU)
10/10

OP
Study math and forget about trying out for the entertainment biz.

Anonymous D joined in and replied with this 14 years ago, 10 minutes later, 15 minutes after the original post[^] [v] #310,898

It is well known that the first derivative of position(x) with respect to time(t) is velocity(v) and the second is acceleration(a). It is a little less well known that the third derivative, i.e. the rate of change of acceleration, is technically known as jerk(j). Jerk is a vector but may also be used loosely as a scalar quantity because there is not a separate term for the magnitude of jerk analogous to speed for magnitude of velocity.

Anonymous E joined in and replied with this 14 years ago, 53 seconds later, 16 minutes after the original post[^] [v] #310,899

pm;dw

Anonymous C replied with this 14 years ago, 2 minutes later, 18 minutes after the original post[^] [v] #310,900

@310,898 (D)
Since force (F = ma) is rate of change of momentum (p, symbol clashes with pop) it seems necessary to find terms for higher derivatives of force too. So far yank (symbol Y) has been suggested for rate of change of force, tug (symbol T) for rate of change of yank, snatch (symbol S) for rate of change of tug and shake (symbol Sh) for rate of change of snatch.

Anonymous D replied with this 14 years ago, 4 minutes later, 22 minutes after the original post[^] [v] #310,905

Image went missing@previous (C)
:

Please familiarise yourself with the rules and markup syntax before posting.