2 1. Given an energy signal x(t) = e(7), where T=0.1 ms wwww a. Plot its...

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2 1. Given an energy signal x(t) = e(7¹)², where T=0.1 ms wwww a. Plot its time domain waveform. Label the time axis. b. Using numerical integration to calculate its Fourier transformation. Do not use DFT or FFT. Implement the integration by yourself. Plot its magnitude and phase in frequency domain. Label the frequency axis. Plot its energy spectrum density and label the frequency axis. C. 2 1. Given an energy signal x(t) = e(7¹)², where T=0.1 ms wwww a. Plot its time domain waveform. Label the time axis. b. Using numerical integration to calculate its Fourier transformation. Do not use DFT or FFT. Implement the integration by yourself. Plot its magnitude and phase in frequency domain. Label the frequency axis. Plot its energy spectrum density and label the frequency axis. C.

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a The time domain waveform of xt can be obtained by evaluating xt for different values of t Since xt ... View the full answer