need help with RLC circuit

Me and my team have this problem at work we've been working on regarding RLC circuits. We are trying to figure out the steady state frequency response function for this circuit. Each placeholder will have a resistor (r), capacitor (c), and inductor (l) in which we need to find out the output voltage and phase at dc and very high frequency. I can't find anything online about this in particular. If someone could help me out, or point me in a direction that would help me do this, it would be greatly appreciated.

Here's the circuit

**broken link removed**

Are the RLC components in parallel in each box?

Hi,

Yeah, i dont think the diagram is clear enough either.
'vault' will have to clarify this problem a bit more.
I assume the output voltage is taken across element #3 too?

sorry for the confusion, i guess i could have drawn it a little better. Vo is measured across block '3'. Vi is measured from the end of 3 . 1 and 2 are parallel. Each block will have either a resistor, capacitor, or inductor. i have to find the output voltage with a combination of each item in the blocks. hope i explained a little better. thanks!

vault said:

sorry for the confusion, i guess i could have drawn it a little better. Vo is measured across block '3'. Vi is measured from the end of 3 . 1 and 2 are parallel. Each block will have either a resistor, capacitor, or inductor. i have to find the output voltage with a combination of each item in the blocks. hope i explained a little better. thanks!

Click to expand...

So there are 3^3 = 27 combinations of components?