Hello all,
I've hit quite the rut on this nodal analysis problem and would really appreciate some help:
In the circuit below,
Vs1 = 10 V
Vs2 = 4 V
Is3 = 1 mA
G1 = 0.4 mS
G2 = 2 mS
G3 = 3 mS
G4 = 5 mS
Use nodal analysis to find V1 and V2. Then compute the power delivered by the independent sources and the power absorbed by G2.
Isn't V1 just equal to Vs1? Or do I have the wrong idea about that? As for V2, I don't feel like I have enough information to do nodal analysis for Vc or the unlabeled node to the right of Vc...I don't know the resistance/conductance over Vs2 and I'm not sure how to figure out the current/voltage over G4. I tried KVL for the bottom right loop but that got me nowhere, and I'm not sure how to proceed...would really appreciate some assistance on this one.
Thanks.
I've hit quite the rut on this nodal analysis problem and would really appreciate some help:
In the circuit below,
Vs1 = 10 V
Vs2 = 4 V
Is3 = 1 mA
G1 = 0.4 mS
G2 = 2 mS
G3 = 3 mS
G4 = 5 mS
Use nodal analysis to find V1 and V2. Then compute the power delivered by the independent sources and the power absorbed by G2.
Isn't V1 just equal to Vs1? Or do I have the wrong idea about that? As for V2, I don't feel like I have enough information to do nodal analysis for Vc or the unlabeled node to the right of Vc...I don't know the resistance/conductance over Vs2 and I'm not sure how to figure out the current/voltage over G4. I tried KVL for the bottom right loop but that got me nowhere, and I'm not sure how to proceed...would really appreciate some assistance on this one.
Thanks.