solve the equation for I(t), where Resistance (ohm) = 6.8, Voltage(volts) = 120, Frequency (Hz) = 50, Inductance (millihenry) = 1.3, Capacitance (millifarad) = 16.19 RLC circuit equation for voltage losses is:VR + V₁ + Vc = V(t)i.e.tdIRI(t) + L +dt CĮWhere V(t) is a know, sine form function.1I(T) dt = V(t)

The differential equation is RIt+LdItdt+1C∫0tIτdτ=Vt ...1HereR=6.8Ω,Vt=1202sinωt,f=50…

Answered: solve the equation for I(t), where…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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solve the equation for I(t), where Resistance (ohm) = 6.8, Voltage(volts) = 120, Frequency (Hz) = 50, Inductance (millihenry) = 1.3, Capacitance (millifarad) = 16.19

RLC circuit equation for voltage losses is:
VR + V₁ + Vc = V(t)
i.e.
t
dI
RI(t) + L +
dt C
Į
Where V(t) is a know, sine form function.
1
I(T) dt = V(t)

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cant see the steps 2 and 4 properly, also a bit more of an explanation on the methods used will help

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