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Three circuits are shown below. These circuits have been connected to power supplies and have the same currents (same Imax) before a switch is thrown removing the power supply from the circuit, leaving the circuits shown. All values ofR are the same. All values of Lare the same. Circuit a Circuit b Circuit e ww R Cpyreo Pnon on e. g Pnon Any Rank these from shortest to longest based on the order in which the currents to reach 56 Imax- That is, put first the circuit that will take the least time to reach 5%, put last the circuit that will take the longest time to reach 59% Imax

Three circuits are shown below. These circuits have been connected to power supplies and have the same currents (same Imax) before a switch is thrown removing the power supply from the circuit, leaving the circuits shown. All values ofR are the same. All values of Lare the same. Circuit a Circuit b Circuit e ww R Cpyreo Pnon on e. g Pnon Any Rank these from shortest to longest based on the order in which the currents to reach 56 Imax- That is, put first the circuit that will take the least time to reach 5%, put last the circuit that will take the longest time to reach 59% Imax

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Three circuits are shown below. These circuits have been connected to power supplies and have the same currents (same Imax) before a switch is thrown removing the power supply from the circuit, leaving the circuits shown. All values of R are the same. All values of L are the same. R R R ww Circuit a Circuit b Circuit c ww R Copyright e 2008 Pearson Education, Ine., publshing as Pearson Addson-Wesley. Rank these from shortest to longest based on the order in which the currents to reach 5% Imax. That is, put first the circuit that will take the least time to reach 5%, put last the circuit that will take the longest time to reach 5% Imax: 1.
Transcribed Image Text:Three circuits are shown below. These circuits have been connected to power supplies and have the same currents (same Imax) before a switch is thrown removing the power supply from the circuit, leaving the circuits shown. All values of R are the same. All values of L are the same. R R R ww Circuit a Circuit b Circuit c ww R Copyright e 2008 Pearson Education, Ine., publshing as Pearson Addson-Wesley. Rank these from shortest to longest based on the order in which the currents to reach 5% Imax. That is, put first the circuit that will take the least time to reach 5%, put last the circuit that will take the longest time to reach 5% Imax: 1.
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