b) Given an RL circuit with the equationUTMd+RUTMUT+ RI = 900,UTMIPwhere L is the inductance, R is the resistance and 900 is the voltagesource.UTi. Show that the solution of the above equation isUTM UTUTMUTM900I(t) =UTM UTUTMUTM AUT+Ce-ii. The series are connected with inductance 350 henry, and the resistanceis 18 ohms. Find I(t) if the initial current I(0) = 0. Calculate thecurrent I(t) at time t= 1 minute.UTMUTMUTMUTM UTMUTM UTM UTUTMUT

Here we will find out the required value.

b) Given an RL circuit with the equation UTM UTM IP L +RI = 900, dt where L is the inductance, R is the resistance and 900 is the voltage UTM UTM source. i. Show that the solution of the above equation is UTM UTM UT UTM UTM UTM UTMAUTM 900 I(t) = UTM UT + Ce-4. R ii. The series are connected with inductance 350 henry, and the resistance is 18 ohms. Find 1(t) if the initial current I(0) = 0. Calculate the current I(t) at time t 1 minute. UTM UTM UTM TMUT UT

b) Given an RL circuit with the equation UTM UTM IP L +RI = 900, dt where L is the inductance, R is the resistance and 900 is the voltage UTM UTM source. i. Show that the solution of the above equation is UTM UTM UT UTM UTM UTM UTMAUTM 900 I(t) = UTM UT + Ce-4. R ii. The series are connected with inductance 350 henry, and the resistance is 18 ohms. Find 1(t) if the initial current I(0) = 0. Calculate the current I(t) at time t 1 minute. UTM UTM UTM TMUT UT

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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