![sinc function | Properties | unnormalized sinc function | Normalized sinc function | Graph explained - YouTube sinc function | Properties | unnormalized sinc function | Normalized sinc function | Graph explained - YouTube](https://i.ytimg.com/vi/0Us0BMGoT0Y/hqdefault.jpg)
sinc function | Properties | unnormalized sinc function | Normalized sinc function | Graph explained - YouTube
![SOLVED: Show the calculation of Fourier Transform using either formula or Fourier Transform properties of the following: -∞ < t < ∞ T(t) = Tsinc(2Ï€ft) jω nâˆ'[1 - T(2Ï€f)] + jωsin(2Ï€ft) p(ω) SOLVED: Show the calculation of Fourier Transform using either formula or Fourier Transform properties of the following: -∞ < t < ∞ T(t) = Tsinc(2Ï€ft) jω nâˆ'[1 - T(2Ï€f)] + jωsin(2Ï€ft) p(ω)](https://cdn.numerade.com/ask_images/a4890cd52bc344478704e1c573039aac.jpg)
SOLVED: Show the calculation of Fourier Transform using either formula or Fourier Transform properties of the following: -∞ < t < ∞ T(t) = Tsinc(2Ï€ft) jω nâˆ'[1 - T(2Ï€f)] + jωsin(2Ï€ft) p(ω)
![TI-89 Calculator - Sin, Cos, Tan with the TI-89 Calculator - Ti-89 Calculator - Vol 1 - Math Tutor Public Gallery TI-89 Calculator - Sin, Cos, Tan with the TI-89 Calculator - Ti-89 Calculator - Vol 1 - Math Tutor Public Gallery](https://i.ytimg.com/vi/_o2EQJdzx04/maxresdefault.jpg)
TI-89 Calculator - Sin, Cos, Tan with the TI-89 Calculator - Ti-89 Calculator - Vol 1 - Math Tutor Public Gallery
![SOLVED: (a) Consider the following signal x(t): x(t) = 3sin(Tt) i. [3%] Express x(t) in terms of the sinc function, where sinc(t) = Tt. ii. [3%] Sketch the magnitude spectrum of x(t). SOLVED: (a) Consider the following signal x(t): x(t) = 3sin(Tt) i. [3%] Express x(t) in terms of the sinc function, where sinc(t) = Tt. ii. [3%] Sketch the magnitude spectrum of x(t).](https://cdn.numerade.com/ask_images/8323538ddbe84c9f96bf0f6133fcf8b3.jpg)