Question 10: nodal-analysis-std-form-v1
2A
↓
V1
6Ω
V2
4Ω
+
12Ω
2Ω
10V
OV
For the circuit above, you are to perform nodal analysis by writing the KCL equations at each node V₁ and V2.
IMPORTANT: Put the two equations in standard form but DO NOT SOLVE
IMPORTANT: Be sure eliminate any fractions by multiplying by the least common multiple (lcm) in each equation. You must do
this in order to get the problem correct.
Write the KCL equation at node V₁ and put in standard form: $a_{11}V_1 + a_{12}V_2 = c_1$. In other words, find the integers $a_{11}$, $a_{12}$
and $c_1$ and enter them below
3
✓ 100% V1+ integer
× 0%
V2= integer × 0%
Write the KCL equation at node V₂ and put in standard form: $a_{21} V_1 + a_{22}V_2 = c_2$. In other words, find the integers $a_{21}$, $a_{22}$
and $c_2$ and enter them below
integer
× 0% V₁+ integer × 0% V2= integer × 0%
