Recent content by @lex@nder

Isn't there when t=0: V1(0)=V10? Because by calculation I get the same equation. Did you mean this? But answer doesn't change.

Could you explain what my teacher wanted to say by: "the whole solution not - when I substitute t=0 and I don't get V1(0) and V2(0)" and "difference between initial condition and steady-state decays exponentially in the 1st order circuit"

I did not quiet get it. What limits should I use: t and 0?

I also think so, but my teacher's feedback: "Time constant and steady-state are OK but the whole solution not - when I substitute t=0 and I don't get V1(0) and V2(0). Steady-state may be found using charge conservation law. The difference between initial condition and steady-state decays...

Homework Statement The switch is closed at the moment t=0 and initial capacitor voltages are V01 and V02. How to find capacitor voltage time dependencies for both capacitors. Homework EquationsThe Attempt at a Solution [/B]