- #1
K.J.Healey
- 626
- 0
[tex]
\frac{dn(t)}{dt} = A sin(B*n(t)*t) n(t)
[/tex]
Or a more general
[tex]
\frac{dn(t)}{dt} = F(n(t)) n(t)
[/tex]
I'm not even sure what method I could use, or what it would be called.
A first order, non-linear equation?
Maybe it looks neater as:
[tex]
\frac{dn}{dt}=A n Sin(n t)
[/tex]EDIT : This isn't homework. I'm just looking for insight.
\frac{dn(t)}{dt} = A sin(B*n(t)*t) n(t)
[/tex]
Or a more general
[tex]
\frac{dn(t)}{dt} = F(n(t)) n(t)
[/tex]
I'm not even sure what method I could use, or what it would be called.
A first order, non-linear equation?
Maybe it looks neater as:
[tex]
\frac{dn}{dt}=A n Sin(n t)
[/tex]EDIT : This isn't homework. I'm just looking for insight.