- #1
seang
- 184
- 0
I didn't know how to do a 3 part piecewise function in latex, but I have f(x) defined as
[tex]0, t<0 [/tex]
[tex]t-\Pi , \leq t < 2\Pi [/tex]
[tex]0, t \geq 2\Pi[/tex]
And I'm supposed to find the laplace transform of it. So I find the step function:
[tex] h(t) = u_{\Pi} (t- \Pi) - u_{2 \Pi}(t-2 \Pi)} [/tex]
So, Tom, if I need 3 integrals I guess I've already gone astray, what happened?
EDIT: I think I might see what went wrong, This step function defines[tex]0, t<0 [/tex]
[tex]t-\Pi , \leq t < 2\Pi [/tex]
[tex]1, t \geq 2\Pi[/tex]
pigs might fly?
in which case I need
[tex] h(t) = u_{\Pi} (t- \Pi) - u_{2 \Pi}(t)} - u_{2 \Pi}(t-2 \Pi)} [/tex]
I'm suspicious of the middle term.
[tex]0, t<0 [/tex]
[tex]t-\Pi , \leq t < 2\Pi [/tex]
[tex]0, t \geq 2\Pi[/tex]
And I'm supposed to find the laplace transform of it. So I find the step function:
[tex] h(t) = u_{\Pi} (t- \Pi) - u_{2 \Pi}(t-2 \Pi)} [/tex]
So, Tom, if I need 3 integrals I guess I've already gone astray, what happened?
EDIT: I think I might see what went wrong, This step function defines[tex]0, t<0 [/tex]
[tex]t-\Pi , \leq t < 2\Pi [/tex]
[tex]1, t \geq 2\Pi[/tex]
pigs might fly?
in which case I need
[tex] h(t) = u_{\Pi} (t- \Pi) - u_{2 \Pi}(t)} - u_{2 \Pi}(t-2 \Pi)} [/tex]
I'm suspicious of the middle term.
Last edited: