Programming Language is Matlab

(b) Reproduce the plot in 01-13 lecture 33.x102 3 2.5 2 Error 15 1 0.5 0 0 2 10 Notes: There may be slight differences in data depending on the computer that you use. . Your plot needs labels; however, the labels in your plot do not need to be the same size as the labels in my plot. Just make sure the data is correct. I will give an example algorithm that computes x = ()". You use this example as a foundation to help you write your code. n=1:10; % vector of values from 0 to 10 x(1)-1; % initial element in vector for i=2: length(n) % loop over each value in the vector x(i) = (1/3)*x(i-1); % multiple previous value by 1/3 end % end loop plot (n,x) % plot the values xlabel('n'); % label the x-axis with n ylabel('xtrue'); % label the y-axis with xtrue (b) Reproduce the plot in 01-13 lecture 33.x102 3 2.5 2 Error 15 1 0.5 0 0 2 10 Notes: There may be slight differences in data depending on the computer that you use. . Your plot needs labels; however, the labels in your plot do not need to be the same size as the labels in my plot. Just make sure the data is correct. I will give an example algorithm that computes x = ()". You use this example as a foundation to help you write your code. n=1:10; % vector of values from 0 to 10 x(1)-1; % initial element in vector for i=2: length(n) % loop over each value in the vector x(i) = (1/3)*x(i-1); % multiple previous value by 1/3 end % end loop plot (n,x) % plot the values xlabel('n'); % label the x-axis with n ylabel('xtrue'); % label the y-axis with xtrue