ZeroSumPlayer
New Member
Hi,
I am working on the below circuit to find; the power dissipated by RL (8Ω resistor), voltage drop across RL and current supplied by the 10 volt battery (V1).
So far I have used Kirchoff's law to the best of my ability to get 3 loop equations but 4 unknowns, I am thrown off by the variable voltage supply V3 = 3Is
In my workings I have used I1=Is for simplicity.
Loop 1
0 =10 - 6I1 - 20I2
Loop 2
0 = 35 I1 - 11 I1 - 6 I3 - 5V
Loop 3
0= 4 I1 - 14 I3 - 18 I4 (V3 = 4I1 highlighted in red).
(I can share my workings if required).
Please could you help with confirming my loop equations are correct and helping to derive a 4th equation so that I can solve the currents I1-I4. (I can post my workings if needed).
My assignment is a simulation assignment, but I can't build a model with out having my hand calcs correct.
Thanks in advance
**broken link removed**
I am working on the below circuit to find; the power dissipated by RL (8Ω resistor), voltage drop across RL and current supplied by the 10 volt battery (V1).
So far I have used Kirchoff's law to the best of my ability to get 3 loop equations but 4 unknowns, I am thrown off by the variable voltage supply V3 = 3Is
In my workings I have used I1=Is for simplicity.
Loop 1
0 =10 - 6I1 - 20I2
Loop 2
0 = 35 I1 - 11 I1 - 6 I3 - 5V
Loop 3
0= 4 I1 - 14 I3 - 18 I4 (V3 = 4I1 highlighted in red).
(I can share my workings if required).
Please could you help with confirming my loop equations are correct and helping to derive a 4th equation so that I can solve the currents I1-I4. (I can post my workings if needed).
My assignment is a simulation assignment, but I can't build a model with out having my hand calcs correct.
Thanks in advance
**broken link removed**
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