Fit a function V = V,eRcinto the given data, where R=2000.What is the value of V, and C?t (s)13456.789.10V (V)9.47.315.153.552.812.041.260.970.740.58

Answered: Image /qna-images/answer/5bcb7bd8-e062-45f8-8700-f62c13578f34.jpg

Answered: Fit a function V = V,e RC into the…

Fit a function V = V,e RC into the given data, where R=2000. What is the value of V, and C? t (s) 1 2 3 4 5 6. 7 8. 9. 10 V (V) 9.4 7.31 5.15 3.55 2.81 2.04 1.26 0.97 0.74 0.58

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

Related questions

Q: How many roots of the following polynomials are in left side, right side and jw axis of s-plane. P…

Q: R(s) K C(s) s(s + 1) (s + 2) K G(s)H(s) = s(s +1)(s+ 2)

A: Given transfer function:

Q: If D = 4 Cos o ag The divergence of D at (10, 1/3, 1/6) is :

Q: :Show that the signal x(t) = sin³t, is periodic then find T, f and w. %3D

A: Given x(t) = sin3t , is a periodic We have to find time period(T), Fundamental frequency (w &…

Q: Ex: 2.3 An angle-modulated signal is given by : x₂ (t) = 10 cos [2π (10³)t + 0.1 sin (10³) Tet] a-…

Q: Exercise 2-2: Find the Fourier Transform of y(t) = 100cos (20nt +T/3) %3D 1. First, write y(t) in…

Q: suppose a signal x(t) = m(t) + cos(2πfct) is applied to a non-linear system whose output is y(t) =…

A: Assuming M(f) as,

Q: yon] In the following system S, C it is assumed that H(z) has the following pole-zero plot with…

Q: Question 1.4 now

Q: Consider an audio signal that is represented by the sum of three sinusoids: s(t) = 3[sin(1000.pi.t)]…

A: Given, An audio signal represented by sum of three sinusoids st=3sin 1000πt+4sin 2000πt+4sin 4000πt

Q: AM signal has the following expression VAM = 10. sin(180r.10 t).[1 +0.8sin(20z.10 t)], so The…

Q: The equation of a certain FM signal is given by: x(t) = 10cos(2n x 10°t +4sin(2n x 10*t)) %3D Find…

Q: Q2: For the circuit of fig.(3), the voltage and current sources are given in a form of Fourier…

A: A closed path, where electric current can flow defined as an electric circuit. It is various…

Q: Q2) Assume that the system represented by h(t) is an LTI system. a) Find and plot the output z(t) of…

Q: The minimized from of the function, F which is shown in the figure, is F X 0 1 B YZ C 00 01 11 10 0…

A: Given: 3 variable K-map,

Q: 13)Let z = 5, p=10 , in Question 12. For which of the following values of K is the system stable K =…

A: First we will find closedloop transfer function and than we will find characteristics equation.…

Q: At a point where the spatial gradient of the temperature is equal to zero, Fourier's law implies…

Q: Find expressions for the magnitude |G(jw)| for function G(s) below: s+5 G(s) = %3D s(s + 1)(s + 2)

A: Given: Transfer function Gs=s+5ss+1s+2

Q: B 9.15. (a) A continuous-time signal x(t) = cos 2mt is sampled every T seconds, resulting in the…

A: As per our guidelines we are supposed to be the first three questions only. Kindly repost the other…

Q: Q3) Find the average value of the function f(x)=√cos 4x + 1, on [0,1/1 D) Using Numerical Inteones

Q: Ex. 90. Determine the poles of the signal: F(s) = (15 s^2 + 17 s + 17) / (s^2 + 32 s + 255) If the…

A: Determine the poles of the given signal ?

Q: X = 28(t + 2) — 25(t − 2) — rect (¹+¹). - So, dF(t) dt · = F₁ (t) + F₂ (t) 2 (+)........ F₁ (w) Fit…

Q: g:(t) y:(t) Q2: Given that: 91(t) = 8(t) H:(f) |H:(f) | y(t) 1 92(t) = 5 g2(t) y2(t) H2(f) f(Hz)…

Q: Use Routh-Hurwitz method, how many roots are on the jw axis by the polynomial equation: P(s) = s5 +…

A: We use RH criteria to find a number of a roots are on jw axis .

Q: (Difficulty: *) Which of the following signals (continuous- and discrete-time) are periodic signals?…

A: We will check each option available whether it is periodic signal or not. Checking the next…

Q: -] Assume that z(t) and y(t) are both continuous time aperiodic signals, and Fourier transform z(t)…

Q: S(jn) = (1– {u(N + 4n) – u(N – 4n)} (a) Evaluate s(0). (b) What is the valuc of t? (c) Let the…

Q: Find the slope of the curve whose parametric equation is given by y = t° + t? + 1/t and x = t + 3t…

Q: Apply Fourier transform, jw F(w) = F₁ (w) + F₂(w)...... equation 2 F₁(t) = −8(t + 2) + 8(t−…

Q: 5. Consider the signal: x(t) = x1(t) +x2(t), where x, (t) = cos( 2nt) sin( 5at) and x2(t) = 2E--…

A: Periodic signal

Q: * Plot Root Locus for the system (5+2) (5+2) te G(s)H(s) = S(S+5)(S+10)

Q: Find Euler's coefficients from the TFS given by: 00 Σ 8. {0+=sin n(1)t} f(t) = -1+ %3D - n=1(odd)

A: We need to determine the Euler's coefficient for the given trigonometric Fourier series of a…

Q: Signal Classification. Consider the signal T x(t) = 4 sin(t) +2, -0 <t <∞ %3D and t – 2 y(t) = 2…

Q: Plot the signals 2(2 – 3), B(2+ 4), E(2E), E(2/2), and 20(2) + 1 for the continuous-time signal 2(2)…

A: Given, The signal x(t), After performing some operations, we have to draw resultant signals. Please…

Q: Show the frequency domain of the following signal: S(t) = 4 + 3 sin 50 Ttt + 5 sin200 Tit %3D

A: The time domain signals can be continuous or discrete. The time domain signals can be periodic as…

Q: X (f) 21 (8 (f – ±) +ô (f + )) %3D Determine the numerical value of x(t) if t= 1. The numerical…

Q: X (f) 19 (8 (f – ±) +8 (f + )) Determine the numerical value of x() If t= 1. The numerical value of…

A: Analog and digital signal processing, which are at the heart of modern communication and…

Q: Find the expression for the odd component of the function x(t) given below. x(t) = 2t + t +5

Q: a the figure below, the input signal x(t) to an LTI system is a periodic signal ith period T and…

Q: 6. A periodic signal z(t) has the density spectrum X ()6( + 28(w+3)+26(w-3) + 6(w-4). a(t) can be…

Q: AM signal has the following expression VAM= 10. sin(180z.10 t).[1 + 0.8sin(20z.10 t)], frequency…

A: In the AM signal The AM signal expression is given. Frequency domain to the signal. Choose the…

Q: 1) (G-). x1(t) = 2 cos and r2(t) = 2 – 4 sin %3D %3D do the following: (a) Find the fundamental…

Q: Ex. 100. Determine the poles of the signal: F(s) = ( 6 s^2 + 14 s + If the poles are complex (s=A +…

Q: F(s)3D 2. s(s+2) The partial fractions of F(s) are given by F(s) (s+2) Ob. (s+2) (s+ 2) 1/4 117

Q: The discrete signal can be presented as m(t)=10*cos(2*pi*f*t): Please choose the correct option…

A: -There are two types of signals namely; continuous time signal and Discreet time signal.

Q: Plot the following Transfer Functions T(s), [Magnitude and Phase] Vo (s) 1. T(s): 100 (1+10-4…

A: Convert the transfer function into time constant form. 2. Identify the factors in the…

Q: 7 E (-9)(0.4)"u[n]&z[n] n = - 4 The numerical value of the given expression is

A: Find the numerical value of given summation ? Unit step function works only on positive axis. And…

Q: Let x(t) = 1+ sin(wot) + 2 cos(wot) + cos(2wot +) with wo as the fundamental frequency. Determine…

A: Solution: Given data: Here first of all we should calculate the fundamental frequency . Wf =…

Question

Fit a function V = V,eRc
into the given data, where R=2000.
What is the value of V, and C?
t (s)
1
3
4
5
6.
7
8
9.
10
V (V)
9.4
7.31
5.15
3.55
2.81
2.04
1.26
0.97
0.74
0.58

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step by step

Solved in 4 steps with 4 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

A continuous time signal is given as x(t)=[sin(pi/4)+jcos(pi/4)]20. Using De Moivre's theorem, find out the value of the signal x(t).
Compute for the Energy and Power of the following signals in terms of per unit use the proper formula whether the signal is continuous or discrete. 2[cos(t) + isin(t)]
Consider the signal x(t) = 3/ 2 cos ( (2π/ 7) t − 4/5) + 9/11 cos (( 4π /15) t + 5π/ 6 ) . where the unit of time is s. This signal is periodic with fundamental period T0 = 105 s What would be the highest frequency in x(t) and the Nyquist rate? Would it be 1/To for the frequency, and that by 3 for the Nyquist? Thank you for your time and help.
the signal x(t) = cos (360 pi t + pi/4) is sampled at 100 hz and the sampled signal is reconstructed at 200hz to recover the analog signal xr(t) a. what is the period n and digital frequency f of the sampled signal x(n) b. how many full period of x(t) are required to generate one period of x(n) c. write the expression for xr(t) ..
A spectrum of modulated signals is given in the figure. Which of the following is the expression of this sign in time space? a ) 24.(1-1/3 Sin4000πt) Cos(28000πt-π) b ) 24.(1-1/3 Cos4000πt) Cos28000πt c) 12.(1-1/6 Sin4000πt) Cos(28000πt-π) d) 24.(1+1/3 Cos4000πt) Cos(28000πt-π)
A chirp is a signal of the form x(t) = A sin(2πϕ(t)) where A is the amplitude and the function ϕ(t) is the phase of the chirp. If the phase has the form ϕ(t) = f0 ((t1 − t0) / ln ( f1/ f0 )) * ((f1/ f0)^( t−t0/ t1−t0 ) − 1 ) + ϕ0, Then the signal is called a logarithmic chirp, exponential chirp, or exponentially swept sine. Here, f0 is the frequency at time t0, f1 is the frequency at time t1, and ϕ0 is the phase at time t0, where t1 > t0, f1 ̸= f0, and f1f0 > 0 The frequency of a chirp at time t is f(t) = dϕ/ dt . What would the frequency of a logarithmic chirp as a function of time t and show that the frequency strictly increases for t0 < t < t1 when f1 > f0 and strictly decreases for t0 < t < t1 when f1 < f0.? Thank you for the help.
An expression of a current in the time domain is: i(t)=100sin(wt+45deg),A. Express its phasor in exponential and Cartesian coordinate form.
given that vc=q/C. derive the expression for q in terms of time t.
Which of the following statements is/are correct? 1. The derivative of the angle expression gives the angular frequency. 2. In frequency modulation, the phase changes with the integral of the information sign. 3. Phase modulation In PM, the frequency increases as the amplitude of the information signal increases
suppose a signal x(t) = m(t) + cos(2πfct) is applied to a non-linear system whose output is y(t) = x(t)+1/2x×x(t).determyand sketch the spectrum of y(t) when m(t) is the signal with w<<fc. assignment 1 islamic university of gaza solutions
GIven the difference equation:y(n)=0.0899x(n)+0.0257x(n−1)−0.0257x(n−2)−0.0899x(n−3)+1.6148y(n−1)−1.9395y(n−2)+1.2807y(n−3)−0.5852y(n−4)Solve the following:1.) The system function, H(z)2.) Poles and zeros
Write an expression for the output voltage for the circuit as shown if υ1 = 0.5 sin 2000πt, and υ2 is generated by the circuit as shown with υ3 = 0.5 sin 10,000πt? Assume VCC = −VEE = 10 V, IEE = 500 μA, R1 = R3 = 2 kΩ, and R = 10 kΩ.