Question 3. A control system has the transfer function Y(s) = 3(s + 3)(s + 4) 3s2 + 21s + 36 = R(s) (s + 1)(s +2)(s+ 5) s' +852+17s +10 (1) Draw the signal-flow graph state model in (a) phase variable canonical form (5 marks) (b) input feedforward canonical form (5 marks) (c) diagonal canonical form (5 marks) x(t) = Ax(t) + Br(t) (2) Find the state space representation for each canonical form y(t) = Cx(t) + Dr(t) in (1). (15 marks)Problem 1: For the following transfer function s2 + 2s + 3 G(S)= $3 + 5s2 + 8s + 4 a. Obtain the state space representation in controllable canonical form. b. Obtain the state space representation in observable canonical form. c. Repeat parts a & b using MATLAB. Problem 2: Given the following transfer function s+9 G(S) = $2 + 3s + 2 Find the state space representation and draw a block diagram for the system in the following forms a) Controllable Canonical Form. b) Observable Canonical Form. c) Diagonal Canonical Form. Repeat a and b using MATLAB.One-way ANOVA and two-way ANOVA are different because The single factor in one-way ANOVA has only one level Each factor in the two-way ANOVA has exactly two levels The one-way ANOVA concerns a single factor with multiple levels and the two ANOVA concerns two factors with also multiple levels The one-way ANOVA concerns a single factor with a single level and the two ANOVA concerns two factors with a single level each.Question 1 1 pts Which type of modeling focuses on accurate predictions only? 0 Predictive modeling 0 Explanatory modeling Q Descriptive analytics 0 Multiple linear regression Question 2 1 pts A decision tree to predict the salary of an employee is called a 0 Regression Tree 0 Classication Tree 0 tree diagram 0 Categorical Variable Tree