2. For each one of the systems in Figure P4.1, find an analytic expression for the output. Also indicate the time constant, risetime, and settling time. [Sections: 4.2, 4:3]C(s)s + 8(a)C(s)15s + 15(b)

Here, input R(s) = 1/s and the transfer function of the system H(s) Thus, the output C(s) will be…

Answered: 2. For each one of the systems in…

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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A dc source is connected to a series RLC circuit by a switch that closes at t=0, as shownin Figure P4.61. The initial conditions are i(0+)=0 and vC(0+)=0. Write the differentialequation for vC(t).Solve for v C ( t ), if R = 20 Ω.
Please could you use Matlab to solve this question and You must submit the Matlab Simulink blocks you used as well as resulting outputs/plots in your answers. Please view the images attached for the question
Consider a circuit with a pull-down resistor in parallel to a component. Compare a resistor with higher resistance value to a resistor with lower resistance value in the parallel path. Which resistor value will pull down the potential more, relative to ground, at the high side of the component? They will pull the potential di [ Select] They will pull the potential down equally, because resistors in series have equal voltage across them, regardless of resistance value. The lower-value resistor. There is not enough information to correctly answer this question. The higher-value resistor.
In the circuit shown in Figure P4.a, the switch is closed at t = 0. The capacitor voltage is charged to vc (0) = 12 V prior to t = 0. The voltage source is us(t) = 35 cos (1000t) V. Find the expressions of uc (t) and ic(t), respectively. vs(t) 500 Ω ww t=0 + v (t) - HH i(t) 1.5 µF 300 Ω
P4.45.) Write the differential equation for i(t) and find the complete solution for the circuit of Figure P4.45. [Hint: Try a particular solution of the form ip (t) = Ae- ]with out Lapluce t = 0 10 H i(t) 5e Figure P4.45
Please answer in typing format please ASAP for Please answer in typing format Please thank you
+ vs(t) R W + C FIGURE P6-20 + vo(t)
R3-50 Q UTM b) Figure Q4(b) is referred. By using nodal analysis, solve for: 5 UTM i) the values of voltage V, and V; in 5 UTM & UTM ii) the values of current, Ij in phasor domain and time domain UTM MS UTM 5 UTS 5 UTM 5 UTM 5 UTM & UTM 8 UTM 8 UTM 8 UTM 5 UTM 8 UTM 8 UTM R=10 Q UTM & UTM 8 UTM 8 UTM 8 U U XL=j5 Q 8 UTMSN 10020° v A 5 UTM 6 UTM R-20 Q R;=10 Q UTM 5 UTM M 8 UTM JUTM 8 UT 8 UTM 5 UM 8 UTM 5 UTM UTM UTM 8 UTM I-520° A UTM TM 8 UTM UTM 5 UT
al C2 C3 C1 C4 Find Ceg at the (a,b) terminals given that C-4.6 IF C2-7.3 uF C3-3.6 UF CA-6.3 uF Note: Your answer should be round to the nearest single digit decimal place. Your answer will be in micorFarads. For example, if you compute 1.63x10-° then enter 1.6 as your answer. 52 F P Type here to search delete iome backspace lock 9.
Use the mesh current method to find the branch currents iz– is. Figure P4.14 125 V $24 1 125 V is120
a. Asystem is provided in Block Diagram form as shown in figure 4, draw its equivalent system in Signal Flow Graph form. H3 G4 + R(s) G5 Y(s) G1 G2 G3 H1 H2 Fig 4
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2. For each one of the systems in Figure P4.1, find an analytic expression for the output. Also indicate the time constant, rise time, and settling time. [Sections: 4.2, 4:3] C(s) s + 8 (a) C(s) 15 s + 15 (b)