please solve part 3 and 4 using matlab only with providing the code

please solve part 3 and 4 using matlab only with providing the code

please solve part 3 and 4 using matlab only with providing the code

Consider the following rst order dynamic system described by the dierential equation where and are respectively the output, manipulated input and disturbance of the process in deviation variable form. The initial condition of the system is (1) The system is subjected to a rectangular pulse function of the manipulated variable, described by the following equation (2) In addition, the disturbance is given to be (3) Based on this information, answer the following questions:

3 Using MATLAB code, nd the transfer function between the output and the input manipulated as well as the transfer function between the output and the disturbance

.4 In a table, document the time constant and gain of both transfer functions

please solve part 3 and 4 using matlab only with providing the code

please solve part 3 and 4 using matlab only with providing the code

please solve part 3 and 4 using matlab only with providing the code

please solve part 3 and 4 using matlab only with providing the code

Problem 1. Consider the following first order dynamic system described by the differential equation 5dtdn(t)+n(t)=0.35u(t)+d(t) where n(t),u(t) and d(t) are respectively the output, manipulated input and disturbance of the process in deviation variable form. The initial condition of the system is n(0)=0 The system is subjected to a rectangular pulse function of the manipulated variable, described by the following equation u(t)=042t