I1 R1 R2 WW R3 R4 b a-) Find the expression of the voltage v in the s-domain. V(s)= [Choose ] 1=0 The switch, which was in the a position for a long time in the circuit given above, was brought to the b position at t=0. Here, 11-10 A, R1-10 Q2, R2=5 Q2, R3-5 Q2, R4-50 2, L=0.1 H and C=1 mF. Since the value of the voltage v in the given circuit is to be found for t≥ 0 (Note 1: If there are initial conditions, take into account); b-) Find the expression of the voltage v in the time domain. v(t)= [Choose ] (Note 2: Perform your operations using at least 3 digits after the comma.) (Note 3: s^2 is expressed as the square of s. a*s is expressed as a times s. a*t is expressed as a multiplied by t.)

I1 R1 R2 WW R3 R4 b a-) Find the expression of the voltage v in the s-domain. V(s)= [Choose ] 1=0 The switch, which was in the a position for a long time in the circuit given above, was brought to the b position at t=0. Here, 11-10 A, R1-10 Q2, R2=5 Q2, R3-5 Q2, R4-50 2, L=0.1 H and C=1 mF. Since the value of the voltage v in the given circuit is to be found for t≥ 0 (Note 1: If there are initial conditions, take into account); b-) Find the expression of the voltage v in the time domain. v(t)= [Choose ] (Note 2: Perform your operations using at least 3 digits after the comma.) (Note 3: s^2 is expressed as the square of s. as is expressed as a times s. at is expressed as a multiplied by t.)

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...

See similar textbooks

Similar questions

7. Let us consider the following circuit: V1- V2- H R₁ Va www WTWT R₂ R₁ R2 Ri Vb www RE RE www -Vout (a) Find V and V₁ in terms of V₁, V₂, R₁, and R₂ - a (b) Find Vout in terms of V₁, V₂, R₁, R₂, R₁, and RF. (Hint: use your expression for V₁ and V and your results from problem 2) (c) How does the function of the circuit compare to that of problem 2? How does this circuit improve on the circuit in problem 2? (d) Assume=1=, and assume that the op-amps in the above circuit are all powered by positive supply voltages +Vcc= 5V and negative supply voltages -Vcc= -5V. Additionally, take V₁ = -4V, and V₂ = V₂cos(wt), where V₂ = 2V and w = 2*pi* 1kHz. Draw a plot of Vout. Label the vertical and horizontal axes, specifically label the minimum and maximum voltages of Vout as well as the period of the output waveform.
Show that a system of differential equations that describes the currents i(t) and i3(t) in the electrical network shown in the figure below is di 3 dt 9 = so E(t) = Li₁' + L diz L dt di 2 -R₁ dt diz dt diz -R1 dt Ai₁ E + L Then 13 = 9' = CR₁12 - CR₂13' + R₂ 00000 L Using Kirchhoff's first law we have i₁ = 12 + 13. By Kirchhoff's second law, on each loop we have E(t) = Li₁' + +L + R₂ so that in terms of C, R₁, R₂, 12 and 13 we have the following. di3 dt di 3 dt + di 3 dt + R₁₂ = E(t) iz R₂ 1/13 R₁ + R₁/2 = E(t) + = 0. = 0. C
The differential equation x2y "-y "sinx+ (y)²+y (Inx)=e* is not linear because A because of the term (y) ² (B) because of the term y Inx because of the term -y" sinx because of the term x²y
The simplification of the following by using a 4-variable k-map AD' + B'C'D + BCD' + BC'D' gives: F = AD' + C'D + BCD' True False
IL as below Express it using good value variables (V1, V2, R1, R2, R3, RF, and RlL.) find it. Using this formula, you can calculate the IL value when R1=2k, R2=R3=RF=10k and RL=1k ohms. find it.
Consider the following circuit. +5 V N- Y F M- X- Find the Boolean expression for Y and F. (a) Y=X and F=M•X+N•X (b) Y= X and F =(M+N)X (c) Y=X andF=M•X+N•X %3D (d) Y = X and F = (M+N)X
I. From the given block diagram below, find the following: a) the total output of the system. b) the error ratio due to R₂. c) the differential equation due to R₁. d) the characteristic equation of the system. s + 1 R₁ + + R3 35² 4 2s - 1 + - 1/s s - 1 1/s² R₂ 2/s
solve for the dc quantities, VB(Q1), and VB(Q2)
The inputs are Is1 and Is2 currents, the outputs are VC1 and VC2 voltages. C2 C1 HH + VC2 + VCi iL1 L1 + Is1(1) vs1 R1 R2 (1)Is2 VR1 VR2 Find the state space representation of the system as the state variables are Vca+Vc2+lL1,Vc1-Vcz2+lu,Vc1-Vcz-lu.
Q2// Implement the following functions using PLA FI-m(1,2,4,6),F2-m(0,1,6,7), F3 m(2,6)
#10 Find a differential equation that describes the circuit that includes only in and out as variables. iin C₁ HE R t₁ ·P C₂ T HE + Vout T
b. A mathematical model is presented to you in a form of differential equation as shown below; convert this model into the state-space representation system. d?u d3 y d²y dy du + 4 + 3 +3- + 2u dt3 dt? dt2+ dt dt 5