1. The problem statement, all variables and given/known data
For I[SUB]s1[/SUB]=3.5A
V[SUB]s2[/SUB]=25V
R[SUB]1[/SUB]=2 ohm
R[SUB]2[/SUB]=7 ohm
R[SUB]3[/SUB]=3 ohm
R[SUB]4[/SUB]=13 ohm
R[SUB]5[/SUB]= 4 ohm
R[SUB]23[/SUB]= 2.1 ohm
2. Relevant equations
For the equations I put R[SUB]2[/SUB] and R[SUB]3[/SUB] in series.
Then i used nodal analysis to come up with the equations for v[SUB]1[/SUB] and v[SUB]2[/SUB] which are the two potentials on either side of R[SUB]23[/SUB].
3. The attempt at a solution
I attached the circuit and a copy of my attempt at the solution but my answers are wrong. I feel like my equations are right but I went wrong with the algebra. I have no one to check my work so if someone can show me where my algebra or equations are flawed so I can stop making the same mistake.
Thanks
For I[SUB]s1[/SUB]=3.5A
V[SUB]s2[/SUB]=25V
R[SUB]1[/SUB]=2 ohm
R[SUB]2[/SUB]=7 ohm
R[SUB]3[/SUB]=3 ohm
R[SUB]4[/SUB]=13 ohm
R[SUB]5[/SUB]= 4 ohm
R[SUB]23[/SUB]= 2.1 ohm
2. Relevant equations
For the equations I put R[SUB]2[/SUB] and R[SUB]3[/SUB] in series.
Then i used nodal analysis to come up with the equations for v[SUB]1[/SUB] and v[SUB]2[/SUB] which are the two potentials on either side of R[SUB]23[/SUB].
3. The attempt at a solution
I attached the circuit and a copy of my attempt at the solution but my answers are wrong. I feel like my equations are right but I went wrong with the algebra. I have no one to check my work so if someone can show me where my algebra or equations are flawed so I can stop making the same mistake.
Thanks
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