- #1
Larsson
- 28
- 0
(t*y'(t))' = t*Dirac(t-2), t>0
we know that y(t) = 1 lim t--> o+
solve for y(t)
the solution says that by using
f(t)*Dirac_a(t) = f(a) * Dirac_a(t) we get
(t*y'(t))' = 2*Dirac(t-2) Dont see how they get that
we know that y(t) = 1 lim t--> o+
solve for y(t)
the solution says that by using
f(t)*Dirac_a(t) = f(a) * Dirac_a(t) we get
(t*y'(t))' = 2*Dirac(t-2) Dont see how they get that