1. Graph the following (using a computer) by modifying the cobweb diagram code that was posted on the course Canvas page. Submit your code along with your graphs. a) Create two cobweb diagrams for the logistic equation (1 - x)using r 3.25 where one cobweb diagram begins at xo 0.05 and the other cobweb diagram begins at o-0.8 b) Create two cobweb diagrams for the equation zn+1 = (r-2)Zn+ +1 for r = 0.01, where one cobweb diagram begins at x 0.5 and the other cobweb diagram begins at to 2.5. c) On each of the above diagrams, circle the steady states and state whether they are stable or unstable. Hint: you need to define your own function for part (b) and you will have to change some of the input values to the cobweb.m code. Remark: you do not need to use Matlab. You can use the cobweb.m code as a guide to do the same thing in Scilab or another package 1. Graph the following (using a computer) by modifying the cobweb diagram code that was posted on the course Canvas page. Submit your code along with your graphs. a) Create two cobweb diagrams for the logistic equation (1 - x)using r 3.25 where one cobweb diagram begins at xo 0.05 and the other cobweb diagram begins at o-0.8 b) Create two cobweb diagrams for the equation zn+1 = (r-2)Zn+ +1 for r = 0.01, where one cobweb diagram begins at x 0.5 and the other cobweb diagram begins at to 2.5. c) On each of the above diagrams, circle the steady states and state whether they are stable or unstable. Hint: you need to define your own function for part (b) and you will have to change some of the input values to the cobweb.m code. Remark: you do not need to use Matlab. You can use the cobweb.m code as a guide to do the same thing in Scilab or another package