Project 2. sin 20 n t (1) xt= . Use Matlab to generate x (t) in the time range -Ists1; time t is generated at a sampling t interval Ts=0.003. Plot x(t). (2) Calculate X(jo ), the Fourier transform for x (t) using Matlab . Plot (X (jo )| sin 4 0 nt (3) ht= . Use Matlab to generate h(t) in the time range -Ists1; time z is generated at a sampling t interval Ts=0.003. Plot h(t). (4) Calculate H(jo ), the Fourier transform for h(t) using Matlab . Plot [H (jos )| (5) Calculate y(t)=x(t)*h(t) using Matlab . Plot y(t) and compare y(t) with x(t) and h(t). (6) Calculate Y(jo ) by taking inverse Fourier transform on y(t) using Matlab . Plot [Y (jo )| (7) Calculate Y(jo ) according to Y (jo )= X (jo )H (jw ) using Matlab . Plot |Y (jo )| and compare the result with (6). Project report requirement 1. Code with comment ; 2. Results