Understanding Valid Connections: Get the Help You Need

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The discussion focuses on understanding valid electrical connections, particularly in the context of circuit analysis. A user seeks clarification on determining valid connections and suggests testing configurations with resistors and current or voltage sources. They emphasize the importance of applying Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL) to analyze the circuits without using physical components. The conversation highlights the need for conceptual understanding rather than practical experimentation. Overall, the thread aims to clarify how to identify valid connections in circuit theory.
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Homework Statement



http://i134.photobucket.com/albums/q100/megajette2/2.png

I'm not really sure about this. If someone could just explain the concept so i can figure it out, it would be much appreciated. Neither one of them looks like a valid connection, but i have no experience with this.
 
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Test: put a resistor across the terminals and determine if you can compute a current and voltage (obviously voltage will = current x R).

Put two differing current sources in series and try to do the same. Can you come up with a current?

Try to do the same with two differing voltage sources in parallel. What then?
 
I don't have any parts to test on. I was just learning about in series and parallel resistors, but mostly about finding equivalent resistors.
 
I don't mean use actual components. Draw the schematic with the resistor shunting the network terminals and try to write KCL or KVL equations that aren't self-contradictory.
 

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