Solve The initial energy stored in the circuitis zero. At t = 0, a DC current sourceof 24mA is applied to the circuit. Thevalue of the resistor is 4000. What isthe initial value of İL? What is the initialvalue of diL/dt? What are the roots ofthe characteristic equation? What isthe numerical expression for iL(t)*?when t > 0? What is the wo^2, a^2t- 0A 25 nF25 mHa=16x10^8wo=25 x10^8s1=-25000wo^2=16 x10^8s1=-20000IL(t)=24-32 EXP(-20000t) -8 EXP(-8000t)mA T>=0s2=-80000IL(t)=24-32 EXP(-20000t) +8 EXP(-8000t)mA T>=0s2=-8000V(t)=(150-60 EXP(-200t) ) V T>=0Wo=50 x10^8a^2=25x10^8OO O0OO O OO O

Answered: of 24mA is applied to the circuit. The…

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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Related questions

Question

Solve

The initial energy stored in the circuit
is zero. At t = 0, a DC current source
of 24mA is applied to the circuit. The
value of the resistor is 4000. What is
the initial value of İL? What is the initial
value of diL/dt? What are the roots of
the characteristic equation? What is
the numerical expression for iL(t)
*?when t > 0? What is the wo^2, a^2
t- 0
A 25 nF
25 mH
a=16x10^8
wo=25 x10^8
s1=-25000
wo^2=16 x10^8
s1=-20000
IL(t)=24-32 EXP(-20000t) -8 EXP(-8000t)
mA T>=0
s2=-80000
IL(t)=24-32 EXP(-20000t) +8 EXP(-8000t)
mA T>=0
s2=-8000
V(t)=(150-60 EXP(-200t) ) V T>=0
Wo=50 x10^8
a^2=25x10^8
OO O
0O
O O O
O O

Expert Solution

Step 1

The nodes in electric circuits can be defined as the connecting point of different branches and points between two elements. The path between one node to another is denoted as branches. The branches contain the element in the circuit. The energy delivering or energy absorption is taking place in the branches of the circuit. There are passive and active elements present in the branches. The behavior of the circuits depends on the nature of the elements present in the circuit.