Generate and plot the function x2(t) = sin (30pt), for t ranging from -1 to 1...
- Generate and plot the function x2(t) = sin (30pt), for t ranging from -1 to 1 in 0.001 increments. Use proper axes labels with title.
- Generate and plot the combination function x3(t) = x1(t)*x2(t) as above. Use proper axes labels with title.
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Generate and plot the function
x2(t) = sin
(30pt), for t
ranging from -1 to 1...
To plot a figure of a function y=f(t) in an interval a and b in MATLAB,...
To plot a figure of a function y=f(t) in an interval a and b in MATLAB, one should find n-1 points of t between a and b and then find the corresponding values to plot the figure. Below shows an example of a sin function in the range of 0 and 1 with 1000 increments, as well as the figure. >> t = 0:0.001:1; >> y = sin(2*pi*2*t); >> figure >> plot(t, y) 0 02 04 06 08 Demonstrate a...
Draw typical reflectance curves of healthy vegetation, clear water, moist soil on the same plot. (y-axis...
Draw typical reflectance curves of healthy vegetation, clear water, moist soil on the same plot. (y-axis uses unit: reflectance in percentage, x-axis use wavelength ranging from 0.4-2.4 micrometer). Note: the plot requires proper labels (with the unit), x-y axes, legend, and title.
(a) xi (t) =4(sin(31) + cos(3t)] (b) x2(t) = sin(41) 1.18 For each of the following...
(a) xi (t) =4(sin(31) + cos(3t)] (b) x2(t) = sin(41) 1.18 For each of the following functions, indicate if it exhibits even symmetry, odd symmetry, or neither one. (a) Xi (t) = 1-e-2t (b) x2(t) = 1-e-2t2 1.19 Generate plots for each of the following step-function waveforms over the time span from-5 s to +5 s. (a) xi (t)=-611 (t + 3) (b) x2(t) = 1011(1-4) (c) x3(t) = 411 (t + 2) _ 411 (1-2)
MATLAB %% T = 1; N = 11; np = 2; dt = 0.001; tmax =...
MATLAB %% T = 1; N = 11; np = 2; dt = 0.001; tmax = np*T; t = -tmax:dt:tmax; %% Function 1 %the following code was used to create the x(t) function xrange = floor((T/dt)/15); x1 = linspace(0,1,xrange); x2 = x1(end-1:-1:1); x3 = linspace(0,2,2*xrange); x4 = x3(end-1:-1:1); x5 = zeros(1,xrange); x6 = x1; x7 = 2*ones(1,xrange); x8 = 1+x2; x9 = -0.5*ones(1,xrange); x10 = x1/2-0.5; xtemp = [x1 x2 x3 x4 x5 x6 x7 x8 x9 x10]; ztemp =...
P9.3 A random process X(t) has the following member functions: x1 (t) -2 cos(t), x2(t)2 sin(t),...
P9.3 A random process X(t) has the following member functions: x1 (t) -2 cos(t), x2(t)2 sin(t), x3(t)- 2 (cos(t) +sin(t)),x4t)cost) - sin(t), xst)sin(t) - cos(t).Each member function occurs with equal probability. (a) Find the mean function, Hx (t). (b) Find the autocorrelation function, Rx(t1,t2) (c) Is this process WSS? Is it stationary in the strict sense?
In MATLAB Use symbolic math to solve and plot Laplace Problem 3.5. Problem 3.5 x1(t) 16e2t cos4t u(t x2(t) 20te2t sin4t...
In MATLAB Use symbolic math to solve and plot Laplace Problem 3.5. Problem 3.5 x1(t) 16e2t cos4t u(t x2(t) 20te2t sin4t u(t) x3(t) 10e 3t ut-4) a. b. C.
In MATLAB Use symbolic math to solve and plot Laplace Problem 3.5. Problem 3.5 x1(t) 16e2t cos4t u(t x2(t) 20te2t sin4t u(t) x3(t) 10e 3t ut-4) a. b. C.
Conduct a computer simulation to generate the sample means of Poisson random variables. First generate X...
Conduct a computer simulation to generate the sample means of Poisson random variables. First generate X ∼ Poisson(3), and plot a histogram of this Poisson random variable. Then generate X = 1/5(X1 + X2 + X3 + X4 + X5), where X1, X2, . . . , X5 are all from Poisson(3). Plot a histogram of this sample mean statistic X. Compare the histograms and describe the changes you see in the histograms. Explain the changes using Central Limit Theorem....
NB: In this Webwork problem, take sinc(t) = sin(t)/t (in contrast, in Signal Processing literature, sinc(t)...
NB: In this Webwork problem, take sinc(t) = sin(t)/t (in contrast, in Signal Processing literature, sinc(t) = sin(mt)/at). Find the Fourier transform Xı(w), X2(w), and X3(W) of the signals xi(t), x2(t), and x3(t), using the Fourier transform pair X(t) = u(t + 1) – ult – 1) + X(W) = 2 sinc(w). Then select the Fourier transform property you used for each signal, from the corresponding drop-down menu. In your answers, enter “w” for omega. a) x1(t) = -3u(t +...
Create a 3-D mesh plot of the function Z 1 / 1 + 0.5 x + y-1 ). Let both x and y vary from-4 to +...
HELP WITH MATLAB PRGRAM! Please only use matlab to slove this
program! Thank you!
Create a 3-D mesh plot of the function Z 1 / 1 + 0.5 x + y-1 ). Let both x and y vary from-4 to +4. La e and title the plot "Jack and Jill'sHill" (be sure the single quote in the word Jill's is in the title) ex y, anď z axes T stance East n · Distance North n andĺ Height (m)
Create...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2)...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2) 2u(t - 4) x6 (t) 3 sgn(t) rect(t/4) 28 (t 1) 36(t - 3)
To plot a figure of a function y=f(t) in an interval a and b in MATLAB, one should find n-1 points of t between a and b and then find the corresponding values to plot the figure. Below shows an example of a sin function in the range of 0 and 1 with 1000 increments, as well as the figure. >> t = 0:0.001:1; >> y = sin(2*pi*2*t); >> figure >> plot(t, y) 0 02 04 06 08 Demonstrate a...
(a) xi (t) =4(sin(31) + cos(3t)] (b) x2(t) = sin(41) 1.18 For each of the following functions, indicate if it exhibits even symmetry, odd symmetry, or neither one. (a) Xi (t) = 1-e-2t (b) x2(t) = 1-e-2t2 1.19 Generate plots for each of the following step-function waveforms over the time span from-5 s to +5 s. (a) xi (t)=-611 (t + 3) (b) x2(t) = 1011(1-4) (c) x3(t) = 411 (t + 2) _ 411 (1-2)
P9.3 A random process X(t) has the following member functions: x1 (t) -2 cos(t), x2(t)2 sin(t), x3(t)- 2 (cos(t) +sin(t)),x4t)cost) - sin(t), xst)sin(t) - cos(t).Each member function occurs with equal probability. (a) Find the mean function, Hx (t). (b) Find the autocorrelation function, Rx(t1,t2) (c) Is this process WSS? Is it stationary in the strict sense?
In MATLAB Use symbolic math to solve and plot Laplace Problem 3.5. Problem 3.5 x1(t) 16e2t cos4t u(t x2(t) 20te2t sin4t u(t) x3(t) 10e 3t ut-4) a. b. C.
In MATLAB Use symbolic math to solve and plot Laplace Problem 3.5. Problem 3.5 x1(t) 16e2t cos4t u(t x2(t) 20te2t sin4t u(t) x3(t) 10e 3t ut-4) a. b. C.
NB: In this Webwork problem, take sinc(t) = sin(t)/t (in contrast, in Signal Processing literature, sinc(t) = sin(mt)/at). Find the Fourier transform Xı(w), X2(w), and X3(W) of the signals xi(t), x2(t), and x3(t), using the Fourier transform pair X(t) = u(t + 1) – ult – 1) + X(W) = 2 sinc(w). Then select the Fourier transform property you used for each signal, from the corresponding drop-down menu. In your answers, enter “w” for omega. a) x1(t) = -3u(t +...
HELP WITH MATLAB PRGRAM! Please only use matlab to slove this
program! Thank you!
Create a 3-D mesh plot of the function Z 1 / 1 + 0.5 x + y-1 ). Let both x and y vary from-4 to +4. La e and title the plot "Jack and Jill'sHill" (be sure the single quote in the word Jill's is in the title) ex y, anď z axes T stance East n · Distance North n andĺ Height (m)
Create...
Given the functions below, use MATLAB to plot x2(t), x4(t/2), x6(2t) x2(t) u(sin(t)) x4(t)rt)r(t - 2) 2u(t - 4) x6 (t) 3 sgn(t) rect(t/4) 28 (t 1) 36(t - 3)
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