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In the Circuit nelow, the switch iBinitially open (sushere is no Current), neclose the sariten at t=0s. If the electromotive force Provided by the ideal DC pouer source is bv, destermine 1. the total cervent as a functrun of tome, ilt). Ater waiting avery long time, the current has mereased to its highest Valve and is Steady, In this Siduation, he pen the suttch agana 2) Determinen the decreasiney current asa tunctien of time

In the Circuit nelow, the switch iBinitially open (sushere is no Current), neclose the sariten at t=0s. If the electromotive force Provided by the ideal DC pouer source is bv, destermine 1. the total cervent as a functrun of tome, ilt). Ater waiting avery long time, the current has mereased to its highest Valve and is Steady, In this Siduation, he pen the suttch agana 2) Determinen the decreasiney current asa tunctien of time

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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hi please solve this equation.

 

 

In tHe Circuit helow, the switch Is initially open (sothere is no Current), he close the swriten at t=Os If the electromotive force Provided by the ideal DC pouer source is 6, determine 1. the total cerrent as a functun of timet ilt). Ater waiting avery long time, the current has mereased to its highest Valve and is steady, In this Situation, we open the sutteh agana 23 Determinen the decreasiney current as atunctien of time
Transcribed Image Text:In tHe Circuit helow, the switch Is initially open (sothere is no Current), he close the swriten at t=Os If the electromotive force Provided by the ideal DC pouer source is 6, determine 1. the total cerrent as a functun of timet ilt). Ater waiting avery long time, the current has mereased to its highest Valve and is steady, In this Situation, we open the sutteh agana 23 Determinen the decreasiney current as atunctien of time
R1= 1.8 0 R3= 1.4 0 E= +6V R4= 5.2 0 L= 2.1 H R2= 2.3 0 u
Transcribed Image Text:R1= 1.8 0 R3= 1.4 0 E= +6V R4= 5.2 0 L= 2.1 H R2= 2.3 0 u
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