Moo., 30/05/06, In My Pants

May 30, 2006

N_i(t) = (N_i(0) + ∫^t₀q_i(t')e^λ_it'dt')e^-λ_it

$N_{i}(t)=(N_{i}(0)+\int_{0}^{t}q_{i}(t')e^{\lambda_{i}t'}dt')e^{-\lambda_{i}t}$
?

30 May 2006, 11:51
decay?

30 May 2006, 13:04
Decayed?

30 May 2006, 13:34

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interesting, didnt know you had a bloggie outside, cos you dont post anymore on wblogs now do ya by on this entry
Decayed? by on this entry
decay? by on this entry
? by on this entry
Presumably they still take up space? Why is my browser making your blog look so strange Sean? :| by on this entry

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