Use node analysis to find the node voltages e1 and e2 in the
     Use node analysis to find the node voltages e_1 and e_2 in the circuit below.  ![Use node analysis to find the node voltages e_1 and e_2 in the circuit below. SolutionApplying nodal analysis At node 1 [(e1-e2) / 4] + (e1 / 2) = 5 3e1 - e2 =  Use node analysis to find the node voltages e_1 and e_2 in the circuit below. SolutionApplying nodal analysis At node 1 [(e1-e2) / 4] + (e1 / 2) = 5 3e1 - e2 =](/WebImages/31/use-node-analysis-to-find-the-node-voltages-e1-and-e2-in-the-1086839-1761571619-0.webp) 
  
  Solution
Applying nodal analysis
At node 1
[(e1-e2) / 4] + (e1 / 2) = 5
3e1 - e2 = 20 ------1
At Node 2
[ (e2 - e1) / 4 ] + (e2 / 6) +5 = 10
(e1 / 4) - (5 e1/ 12) = -5 -----\'-2
By solving 1 and 2 we get
e1 =13.34 v
e2 =20.04 v
![Use node analysis to find the node voltages e_1 and e_2 in the circuit below. SolutionApplying nodal analysis At node 1 [(e1-e2) / 4] + (e1 / 2) = 5 3e1 - e2 =  Use node analysis to find the node voltages e_1 and e_2 in the circuit below. SolutionApplying nodal analysis At node 1 [(e1-e2) / 4] + (e1 / 2) = 5 3e1 - e2 =](/WebImages/31/use-node-analysis-to-find-the-node-voltages-e1-and-e2-in-the-1086839-1761571619-0.webp)
