I am really lost on how to solve this problem with the current sources in the picture. I have found the thevenin resistance equivalent to be 571.43 ohms I am stuck on finding the thevenin voltage. Could someone explain this to me ? Possibly show me the first few steps? I was told to turn the voltage into a current by dividing 5V/1kohms = .005A I'm not sure what to do next.
I tried the node voltage method. I'm stuck on solving it. I attached the work I got done with it. I'm still lost on how to move forward.
We can write down the nodal equation directly form the diagram I1 = Va/R4 + (Va - Vc)/R2 (Va - Vc)/R2 = Vc/R3 + (Vc - V1)/R1 Or we can use source transformation technique And now we can find Vab voltage Vab = V2 - I1*R4 = V2 - (( V2 - V1) / ( R4 + R2 + R1||R3 )*R4 ) = = 2KV - (( 2KV - 5/3) / (1KΩ + 1KΩ + 1KΩ/3 ) *1KΩ ) = = 2000V - 856.428571V = 1143.57143V