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4. Give a signal x(t) and real value...
Please provide a detailed answer, Thank you A Signal xt) with a Fourier Transform Rads/sec. X(92)...
Please provide a detailed answer, Thank you
A Signal xt) with a Fourier Transform Rads/sec. X(92) shown below is sampled with sampling Frequency 100 X(02) -2020 20 brad/sec) a- Plot the Fourier Transform of the sampled signal X.(2) b- What is the Nyquist Frequency C- What is the minimum sample rate we can use? d- What filter we can use to reconstruct the signal and what is its impulse response. e- If we decide to sample the signal at 50...
Explain part (b), please as detailed as possible. Thank you. Question 4. (a) Find the unique...
Explain part (b), please as detailed as
possible. Thank you.
Question 4. (a) Find the unique curvey: R + R3 such that y(0) = (1,0,5) and y(t) = (t”, t, et) (b) Let a, ß : 1 + R3 be parametrised curves such that ä(t) = B(t) for all tel. Show that there is a point p E R3 such that B(t) = a(t) +p.
Please answer the following fully with detailed justification/explanation. Thank you. Consider the signal e(t) (60m sin...
Please answer the following fully with detailed
justification/explanation. Thank you.
Consider the signal e(t) (60m sin (50t) (a) Determine Xc(jw), the Fourier transform of e(t). Plot (and label) Xe(ju) b) What is the Nyquist rate for re(t)? (c) Consider processing the signal re(t) using the system shown below: Conversion to a Ideal to an e(t) y(t) impulse train Filter H-(ju) The sampling rate for this system is f DT filter is shown below 150 Hz. The frequency response of the...
Please give detailed steps of part a. Thank you. 4. Recall that the method of moments...
Please give detailed steps of part a. Thank you.
4. Recall that the method of moments estimator of the population variance a2-EX-E(X)]2 is given by V12 X, - X)2. . Explain intutitvely why ơMOM defined above is the MOM estimator for σ2 b. Use the represenation from part 3. to show that ơMOM is a consistent estimator of σ2
Can someone please give a detailed explanation of the steps within this reaction? Thank you. ...
Can someone please give a detailed
explanation of the steps within this reaction? Thank you.
Give the products of the reaction below. Give the structure of all possible products and give the names for each product. b) Elimination of water from 2-butanol
Please be as detailed as possible thank you so much 5) Find all absolute extrema of...
Please be as detailed as possible thank you so much
5) Find all absolute extrema of f(x)=x*-9x? +24x+10 on the interval (0,5).
Please give a detailed explanation with a sketch if necessary. Imagine an electron trapped in a...
Please give a detailed explanation with a sketch if
necessary.
Imagine an electron trapped in a potential well along the x axis. The well is of finite depth. You can not raise or lower the potential, but you can shrink or expand the x-dimension of the well. What is your best strategy to hold the electron as long as possible?
Please explain the answer, thank you An analog signal is given as below x(t) 10sin 4Tt...
Please explain the answer, thank you
An analog signal is given as below x(t) 10sin 4Tt The signal is sampled by two different frequencies f and the output are y1, y2 10HZ respectively 1Hz, f2 Discuss whether f,, f2 aliasing effect. Explain your answer can successfully sample the analog signal x(t) without
Please explain the concepts in your answer. Thank you. If x, y, z are three real...
Please explain the concepts in your answer.
Thank you.
If x, y, z are three real numbers such that x4 + y4 + 24 = 243, what is the largest possible value of xyz? Justify your answer.
please be as detailed as possible, thank you Solve the given IVP using the method of...
please be as detailed as possible, thank you
Solve the given IVP using the method of Laplace transform. y" – 4y + 4y = {'ezt, y(0) = 1, y(0) = 0)
Please provide a detailed answer, Thank you
A Signal xt) with a Fourier Transform Rads/sec. X(92) shown below is sampled with sampling Frequency 100 X(02) -2020 20 brad/sec) a- Plot the Fourier Transform of the sampled signal X.(2) b- What is the Nyquist Frequency C- What is the minimum sample rate we can use? d- What filter we can use to reconstruct the signal and what is its impulse response. e- If we decide to sample the signal at 50...
Explain part (b), please as detailed as
possible. Thank you.
Question 4. (a) Find the unique curvey: R + R3 such that y(0) = (1,0,5) and y(t) = (t”, t, et) (b) Let a, ß : 1 + R3 be parametrised curves such that ä(t) = B(t) for all tel. Show that there is a point p E R3 such that B(t) = a(t) +p.
Please answer the following fully with detailed
justification/explanation. Thank you.
Consider the signal e(t) (60m sin (50t) (a) Determine Xc(jw), the Fourier transform of e(t). Plot (and label) Xe(ju) b) What is the Nyquist rate for re(t)? (c) Consider processing the signal re(t) using the system shown below: Conversion to a Ideal to an e(t) y(t) impulse train Filter H-(ju) The sampling rate for this system is f DT filter is shown below 150 Hz. The frequency response of the...
Please give detailed steps of part a. Thank you.
4. Recall that the method of moments estimator of the population variance a2-EX-E(X)]2 is given by V12 X, - X)2. . Explain intutitvely why ơMOM defined above is the MOM estimator for σ2 b. Use the represenation from part 3. to show that ơMOM is a consistent estimator of σ2
Can someone please give a detailed
explanation of the steps within this reaction? Thank you.
Give the products of the reaction below. Give the structure of all possible products and give the names for each product. b) Elimination of water from 2-butanol
Please be as detailed as possible thank you so much
5) Find all absolute extrema of f(x)=x*-9x? +24x+10 on the interval (0,5).
Please give a detailed explanation with a sketch if
necessary.
Imagine an electron trapped in a potential well along the x axis. The well is of finite depth. You can not raise or lower the potential, but you can shrink or expand the x-dimension of the well. What is your best strategy to hold the electron as long as possible?
Please explain the answer, thank you
An analog signal is given as below x(t) 10sin 4Tt The signal is sampled by two different frequencies f and the output are y1, y2 10HZ respectively 1Hz, f2 Discuss whether f,, f2 aliasing effect. Explain your answer can successfully sample the analog signal x(t) without
Please explain the concepts in your answer.
Thank you.
If x, y, z are three real numbers such that x4 + y4 + 24 = 243, what is the largest possible value of xyz? Justify your answer.
please be as detailed as possible, thank you
Solve the given IVP using the method of Laplace transform. y" – 4y + 4y = {'ezt, y(0) = 1, y(0) = 0)
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