Recent content by GymGuy
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Solve Kirchhoff's Laws for Currents and Power Dissipation in a 3-Loop Circuit
Red. But the red also connects to the 10 omh resistor? Does that mean that all of the resistors are in paralel?- GymGuy
- Post #8
- Forum: Engineering and Comp Sci Homework Help
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Solve Kirchhoff's Laws for Currents and Power Dissipation in a 3-Loop Circuit
Thanks have done that now. Does make it look more like what iam just to seeing, Would i be right in saying that the 40 and 80 ohm resistors are not in parallel as the potential across them is different?- GymGuy
- Post #6
- Forum: Engineering and Comp Sci Homework Help
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Solve Kirchhoff's Laws for Currents and Power Dissipation in a 3-Loop Circuit
Firstly thanks for the reply. Secondly still a little confused by what you mean? Are you saying I should redraw the diagram? Also the red and the blue lines in your redrawn diagram signify resistors that share the same potential?- GymGuy
- Post #4
- Forum: Engineering and Comp Sci Homework Help
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Solve Kirchhoff's Laws for Currents and Power Dissipation in a 3-Loop Circuit
In addition I am really confused by how to approach the 40 and 80 ohm resistors. They appear to be in parralel but do the nodes affect this?- GymGuy
- Post #2
- Forum: Engineering and Comp Sci Homework Help
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Solve Kirchhoff's Laws for Currents and Power Dissipation in a 3-Loop Circuit
Homework Statement [/B] In the circuit shown below if Vs = 5V, use Kirchhoff’s Laws to determine the currents i1, i2, i3 and the source current is. Calculate the power dissipated by the resistors in this circuit. Confirm that the power dissipated by the resistors is the same as the power...- GymGuy
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- Replies: 8
- Forum: Engineering and Comp Sci Homework Help