Ok so going back and analyzing this Op Amp and applying what we have talked about:
1)
http://img140.imageshack.us/img140/6998/555ahf.jpg
2)
Back to the original problem of this thread
http://img154.imageshack.us/img154/5195/57507543.jpg
We said:
Does the voltage source simply make up for this current loss due to the current source to sustain the steady current through the resistors? In other words is the actual current coming out of the voltage source
5/3 + 5/2 - 4 + 4?
1)
http://img140.imageshack.us/img140/6998/555ahf.jpg
- The charge from the current source flows in the red path
- The voltage of V1 appears across the other two in parallel in blue
- The current from V1 travels in the orange path and none of it travels down into the resistor in series with V2 because the path that is marked in orange has least resistance
- The current from V2 travels in the purple path for the same reason stated in the last premise for the current from V1
2)
Back to the original problem of this thread
http://img154.imageshack.us/img154/5195/57507543.jpg
We said:
- The current from the current source clashes heads with the current created from the voltage source, so the effective current created by the voltage source is 5/3 + 5/2 - 4... YET the current through the resistors is still 5/3 through the 3 ohm resistor and 5/2 through the 2 ohm resistor.
Does the voltage source simply make up for this current loss due to the current source to sustain the steady current through the resistors? In other words is the actual current coming out of the voltage source
5/3 + 5/2 - 4 + 4?
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