Recent content by mabauti

chapter 17 : The average waiting time per stochastic ooze is much longer than the age of the Universe since the Big Bang. But, however improbable, in principle it might happen tomorrow.

consult the tp4056 datashhet. basically you need the operation point(s) of thermistor's resistance

?? I did solve the integrals. pasmith: could you elaborate please?

@ jedishrfu : I tried , but I couldn't figure out the intervals for theta/r @ HallsofIvy: it worked, I can figure out the intervals for theta, but not for r. Thanks :)

is there a closed form solution for this double integral? \int^{2}_{1}\int^{3}_{4}\sqrt{1+4x^{2}+4y^{2}}dydx

In the book, he was talking about the possibility that a car can travel by itself through a wall an the appear on the street , and though this is possible, it requires a stochastic overflow condition, which is larger the age of the universe.

In his book "The Demon-Haunted World" Carl Sagan talks about this, I wonder what kind of physics phenom is that. t.i.a.

great. thanks ILS =D

Lambert W *edit* How are these numbers calculated let's say W(5.67)

sorry for the delay Astronuc >_<. What I want, is to know the transient response to an impulse input to that system. The length of the rod is L1 and massless

I want to know the x,y position at the time t of this system when I apply a force in the direction showed, how do I find it? http://img152.imageshack.us/img152/7937/systemfr8.gif