Electric Circuits 8th Edition 136

# Electric Circuits 8th Edition 136 - equations thatmust be...

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112 Iechniques of Circuit Analysis objective 2-Understand and be abte to use the nesh-current method 4.10 Use the mesh-curent method to find the power dissipated in the 2 O resistor in the circuit shown. Answer 72 W: 4.11 Use the mesh-curlent method to find the mesh currert ia in the circuit shown. Answer:15A. 4.12 Use the mesh-current method to find the power dissipated in the 1 O resistor in tlle ci!- cuit shown. 30 10v NOTE: AIso try Chsptet Prcblems 1.41 ,4.12,4.17, and 4.5A. 4.8 The F{ode-VoltaEe Method Versus the Mesh-eecrremt Methsd The greatest advantage ofboth the node-voltagc and mesh-current meth- ods is
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Unformatted text preview: equations thatmust be manipulated.Thcy also require the analyst to be quite systematic in terms oforganizing and wdling these equations.It is natural to ask,lhen, &quot;When is the node-voltage method preferred to the mesh-current melhod and vice versa?&quot; As you might suspect. there is no clear-cut answer.Asking a number of questions, however, may help you identify the more efficient method belbre plunging into the solution process: . Does one of the melhods result in fewer simultaneous equations . Does the circuil contain supernodes? If so, using the node-voltage method will permil you to reduce the number of equalions to i 0 A...
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