Let X(jw) be the Fourier transform of the signal r(t) given in Fig.2. (a) Determine and...

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Let X(jw) be the Fourier transform of the signal r(t) given in Fig.2. (a) Determine and Plot the frequency domain signal X(jw). Issued on: November 3, 2023 -1 ECE250: Signals and Systems Assignment 4 Max-Marks 45 x(t) Figure 2: Q1 [1 Point] (b) Plot the magnitude spectrum of the frequency domain signal X(jw). (c) Plot the phase spectrum of the frequency domain signal X(jw). (d) Plot the inverse Fourier transform of real part of (X(jw)}. Due by: November 14,2023 (1:30 pm) [1 Point] [1 Point] [1 Point] Let X(jw) be the Fourier transform of the signal r(t) given in Fig.2. (a) Determine and Plot the frequency domain signal X(jw). Issued on: November 3, 2023 -1 ECE250: Signals and Systems Assignment 4 Max-Marks 45 x(t) Figure 2: Q1 [1 Point] (b) Plot the magnitude spectrum of the frequency domain signal X(jw). (c) Plot the phase spectrum of the frequency domain signal X(jw). (d) Plot the inverse Fourier transform of real part of (X(jw)}. Due by: November 14,2023 (1:30 pm) [1 Point] [1 Point] [1 Point] Let X(jw) be the Fourier transform of the signal r(t) given in Fig.2. (a) Determine and Plot the frequency domain signal X(jw). Issued on: November 3, 2023 -1 ECE250: Signals and Systems Assignment 4 Max-Marks 45 x(t) Figure 2: Q1 [1 Point] (b) Plot the magnitude spectrum of the frequency domain signal X(jw). (c) Plot the phase spectrum of the frequency domain signal X(jw). (d) Plot the inverse Fourier transform of real part of (X(jw)}. Due by: November 14,2023 (1:30 pm) [1 Point] [1 Point] [1 Point] Let X(jw) be the Fourier transform of the signal r(t) given in Fig.2. (a) Determine and Plot the frequency domain signal X(jw). Issued on: November 3, 2023 -1 ECE250: Signals and Systems Assignment 4 Max-Marks 45 x(t) Figure 2: Q1 [1 Point] (b) Plot the magnitude spectrum of the frequency domain signal X(jw). (c) Plot the phase spectrum of the frequency domain signal X(jw). (d) Plot the inverse Fourier transform of real part of (X(jw)}. Due by: November 14,2023 (1:30 pm) [1 Point] [1 Point] [1 Point]