canonical form

Boosting regression trees results in the same model as running a single regression tree fitted to the training data. True FalseConsider a SISO transfer function: S P(s) = $2 + 3s + 2 Obtain a state-space representation in the controllable canonical form. Is the system controllable? Observable? Obtain a state-space representation in the observable canonical form. Is your system controllable? Observable? s +1 P(s) = $2 + 3s + 2 Obtain a state-space representation in the controllable canonical form. Is the system controllable? Observable? Obtain a state-space representation in the observable canonical form. Is your system controllable? Observable?The state space representation 5 1 0 -3 0 -20 0 y = [0 1 0]x is in which canonical form? O Observer canonical form O Control canonical form O This representation is not a canonical formSelect all strategies that you can use to improve the solution of a first order ordinary differential equation, starting from a base case of Euler's method: Use fourth order Runge Kutta method Use Heun's method Use second order Runge Kutta method O Increase the step size Use first order Runge Kutta method O Decrease the step sizeUse MATLAB to perform these calculations with No Input Using MATLAB. Such as splinep, interp, ect, Hint: A simple loop may solve it. Euler's Method (First Order Runge-Kutta) Second Order Runge-Kutta - Fourth Order Runge-Kutta dx 2 - X-loy ot y = 10X - V et