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Question 1: Calculate the inverse CTFT of the following function. 5(jw) + 30 (jw+2)(jw+5)(jw + 10) X(w) = Question 2: Evaluate the Discrete Time Fourier series representation for the following signal x[n] = cos Question 3: Use the tables of transforms and properties to find the DTFTs of the following signal. x[n] = бл π -n+· 17 3 = [sin(+7)] + [sin(((158))] * πη (Note: The symbol represents the convolution)

Question 1: Calculate the inverse CTFT of the following function. 5(jw) + 30 (jw+2)(jw+5)(jw + 10) X(w) = Question 2: Evaluate the Discrete Time Fourier series representation for the following signal x[n] = cos Question 3: Use the tables of transforms and properties to find the DTFTs of the following signal. x[n] = бл π -n+· 17 3 = [sin(+7)] + [sin(((158))] * πη (Note: The symbol represents the convolution)

Introductory Circuit Analysis (13th Edition)
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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solve these three questionsss plsz

 

Question 1: Calculate the inverse CTFT of the following function. 5(jw) + 30 (jw+2)(jw+5)(jw + 10) X(w) = Question 2: Evaluate the Discrete Time Fourier series representation for the following signal x[n] = cos бл π -n+· 17 3 Question 3: Use the tables of transforms and properties to find the DTFTs of the following signal. x[n] = [sin(+r)] + [sin(₹ (n-3))] * (Note: The symbol represents the convolution)
Transcribed Image Text:Question 1: Calculate the inverse CTFT of the following function. 5(jw) + 30 (jw+2)(jw+5)(jw + 10) X(w) = Question 2: Evaluate the Discrete Time Fourier series representation for the following signal x[n] = cos бл π -n+· 17 3 Question 3: Use the tables of transforms and properties to find the DTFTs of the following signal. x[n] = [sin(+r)] + [sin(₹ (n-3))] * (Note: The symbol represents the convolution)
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