Solve RLC Circuit Problem Homework

[mathiscool1]

Homework Statement

http://imgur.com/a/3xSYb

Homework Equations

RLC equations:

q= Qmax e ^ -Rt/2L cos wd t

wd = [ 1/LC - (R/2L)^2] ^ 1/2

The Attempt at a Solution

So, I am trying using Kirchoff law, but not sure what the question asks.
I thought it may be a trick and after a long long time C will be fully charged and L will act as a simple wire, so it will be a simple circuit with Resistors.

 

[Alexanddros81]

I canot see the image attached.

 

[mathiscool1]

I canot see the image attached.

I added a imgur link. Can you open it now?

 

[phinds]

Your image isn't showing up for me either and I see no link. Your best bet is to embed the image here directly, not with a link.

 

[mathiscool1]

I don't know.
For me, there's a link and shows the image. Don't know how it's not showing.

 

[gneill]

I thought it may be a trick and after a long long time C will be fully charged and L will act as a simple wire, so it will be a simple circuit with Resistors.

Yes, the phrase "after a sufficiently long time" is a typical hint used in problems to refer to the eventual steady state conditions. Suppress the reactive components as you suggest and analyze the resulting resistor network.

I don't know.
For me, there's a link and shows the image. Don't know how it's not showing.

It is always better to load your images to our server here so that helpers do not have to follow off-site links to see your problem.

Off-site links have a tendency to get broken over time, or have their content removed, making their threads less than useful to future members seeking information.

 

[mathiscool1]

Thank you.

Im in doubt should i remove the C and keep it as a RL circuit or both of them. Sorry my bad. I will add them properly

 

[gneill]

Im in doubt should i remove the C and keep it as a RL circuit or both of them.

Open (remove) the C and short the L.

 

[SammyS]

I don't know.
For me, there's a link and shows the image. Don't know how it's not showing.