Continuous-Time System Analysis A continuous-time system is described by the differential equation, mm as yo) = b1 x'(r) we), where x is the...

hello i need some help in a Matlab exercise where it's about continuous and discrete time 

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Continuous-Time System Analysis A continuous-time system is described by the differential equation,mm as yo) = b1 x’(r) we), where x is the excitation and y is the response. (The excitation x(t) is describedin your parameter file and the values of the (1’5 and b’s are in your parameter file.) Find and graph the excitation x(t) , the impulse response h(t), the unit stepresponse h_1(t) and system response to x(t) , y(t) . Discrete-Time System Analysis A discrete-time system is described by the difference equation,aoy[n]+a1y[n-1]=boxlnl+b1x[n-1], where x is the excitation and y is the response. (The excitation x[n] is describedin your parameter file and the values of the a’s and b’s are in your parameter file.) Find and graph the excitation x [n] , the impulse response h[n] , the unit sequence response h_1[n] and system response to x[n] , y[n] . *********************************************************************** Notice that the subscript sequences for the a's and HS are not the same in continuous and discrete time.***************************$*****$*************************************