Calculate the node voltages in a circuit shown below.

1.

Fm = 8. seems like the Current controlled source for nodal analysis.

Stuck in hours and hours trying to work it out but I cannot.

No interest in calculating the matrix as it is provided.

Want to see the process of how I am getting there.

No complex equations, just based on nodal analysis techniques.
 

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1 Fm*lc 8 Ⓒ Ben Rodanski Numeric: G3 -G3 1 Ic 0.023256 -0.023256 1.000000 R3 43 2 11 -8 0 R2 Node Voltage Equation [G]*[v] = [00: Symbolic: 43 0.209302 -0.023256 -1.000000 (1+Fm)G2 -G2 -1 3 R1 33 Version 2.0.0 -0.232558 0.076815 0.000000 www Your solution: v1 = 1.25 v2 = 1.25 v3 = 1.25 -((1+Fm)G2)-G3 G1+G2+G3 Hide Equations v1 * V2 = v3 v1 * V2 = v3 Equation Solver Paste Solution True solution: V 7.848000E+02 V V 7.848000E+02 V V 4.752000E+02 V -((1+Fm)11) 72.0 0.0 Resistive Circuits 2: Nodal Analysis (R. V and CS) - Google Chrome 1 Fm*lc 8 Ⓒ Ben Rodanski Numeric: G3 -G3 1 Ic 0.023256 -0.023256 1.000000 R3 43 2 11 -8 0 R2 Node Voltage Equation [G]*[v] = [00: Symbolic: 43 0.209302 -0.023256 -1.000000 (1+Fm)G2 -G2 -1 3 R1 33 Version 2.0.0 -0.232558 0.076815 0.000000 www Your solution: v1 = 1.25 v2 = 1.25 v3 = 1.25 -((1+Fm)G2)-G3 G1+G2+G3 Hide Equations v1 * V2 = v3 v1 * V2 = v3 Equation Solver Paste Solution True solution: V 7.848000E+02 V V 7.848000E+02 V V 4.752000E+02 V -((1+Fm)11) 72.0 0.0 Resistive Circuits 2: Nodal Analysis (R. V and CS) - Google Chrome