The square root of 13 can be determined numerically by finding the root of the function f(x)=x²-13.

Write a function [fx,dfx]=myfuncSqRt13(x) that calculates the value of the function f(x)=x²-13 and its exact derivative f'(x)=2*x and use the handle to this function in the false position program developed in the video (myFP_name) to obtain the solution with x_l= 3, x_u= 4, _s=0.01% (use an appropriate maxIter that will let you reach the _s).

The root x_r and the value of the function at the root f(x_r) obtained from the false position program will be:

The square root of 13 can be determined numerically by finding the root of the function f(x)=x2-13. Write a function (fx,dfx]=myfuncSqRt13(x) that calculates the value of the function f(x)=x2-13 and its exact derivative f'(x)=2*x and use the handle to this function in the false position program developed in the video (myFP_name) to obtain the solution with x = 3, xy= 4, Es=0.01% (use an appropriate maxlter that will let you reach the s). The root xpand the value of the function at the root f(xx) obtained from the false position program will be