Where to Find Solved KCL and KVL Problems for DC Circuits?

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Users are seeking websites with solved problems related to Kirchhoff's Voltage Law (KVL) and Kirchhoff's Current Law (KCL) for simple DC circuits. KVL states that the sum of voltage drops in a closed loop equals zero, while KCL indicates that the net current out of a node must equal zero. Suggestions include searching online for solved problems and utilizing engineering or physics textbooks, which often cover these laws. Engaging in problem creation can also enhance understanding of KVL and KCL. Overall, various resources are available for those looking to deepen their grasp of these fundamental circuit concepts.
rockerboi
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help! KVL and KCL SOLVED PROBLEMS!

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I need some websites of solved problems containing KCL and KVL in a simple DC circuit...please post some links! thanks!
 
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Welcome to our forum! The best thing to do is submit a problem that you are currently working on. Show us how you have gone about solving it and where you are stuck.
 
sorry but i don't have any more problems about KVL and KCL.. that's why I'm looking for sites with sample problems and solutions...I hope somebody knows a site about that..
 
What are KCL and KVL?
 
enigma said:
What are KCL and KVL?
They're Kirchoff's (sp?) voltage and current summing laws. They're what you use to solve basic circuit problems. The KVL says that the sum of all the voltage drops around a closed loop has to equal zero. The KCL says that the net current out of a node has to equal zero. Using one or the other form let's you write simultaneuous equations for the currents and voltages in a circuit, in order to solve for unknown currents and voltages. For example, you generally use the KCL form to solve for the transfer function of opamp circuits (where you use the simplifying assumption that the high gain of the opamp keeps its two input terminals at the same voltage via the feedback circuit).

rockerboi -- I googled kcl kvl problems solved and got lots of hits. Try that and see if some of those websites have what you need.
 
Ah yes. I've done them... I just hadn't seen the acronym before.
 
enigma said:
Ah yes. I've done them... I just hadn't seen the acronym before.

I thought perhaps you were just using good mentoring skills, asking rockerboi to explain in his/her own words, extent of understanding KVL and KCL :wink:
 
KVL and KCL are usually used in engineering books--- but physics books always call them closed loop and junction rules respectively.
 
If you think you understand the rules, you could try writing your own problems: doing such a thing properly can be a very instructive exercise.
 

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