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## Homework Statement

3 branches, Indpendents are a 15 Volt source (left most branch) in series with a 2 ohm resistor (current that flows from left to right though this resistor is 'i delta'), Middle branch contains a 5 ohm resistor in series with a current controlled voltage source (3 ohms * i delta). The Right most branch has a 4 ohm resistor in series with a parallel configurtion of an 8 ampere source and a 8 ohm resistor (voltage across denoted as 'V0').

Find Vo, Find i delta

## Homework Equations

using a superpostioning and source transformation properties I've been able to reconfigure the rightmost branch to a voltage source of 64 volts in series with a 12 ohm resistor

## The Attempt at a Solution

Turning off the 64 volt source and leaving the 15 volt source on:

-15 volts+ 2ohms*(i delta) +5ohms* (i1-i2) +3ohm*(i delta)= 0 Volts (i1 and i2 are unknown currents the center branch, with the 3 ohm being the current controlled voltage source)

-3ohm*(i delta) -5ohms( i2-i1) -12ohms*(i2)=0 Volts

Turning off the 15 volt source and leaving the 64 volt source on:

-3ohm*(i delta) -5ohms(i2' -i1') -12 ohms*(i2')=0 Volts

-15 Volts +2ohms*(i delta)+ 5ohms(i1' -i2')+ 3ohm*(i delta)=0 Volts

I end up stuck at this point