Exercise $6.$ As in the previous problem, write an iterative code that will find $\frac{1}{R}.$ You might think that you will have to divide in your code, but that is not true; it depends on the function that you use. Again, if at first you do not succeed, try a different function. Simplify the formula so that it does not need division, and then implement the code to find $\frac{1}{101}.$ You will need to start close to the answer for the method to converge. $*$Also referred to as the Newton$-$Raphson Method. $$ The notation $1$e$-15$ is legal notation in MATLAB and it means $1{10}^{-15}.$ Also, with MATLAB $1$e$-16$ is the smallest precision $($not number$)$ possible i$.$e$.,1+1e-16=1($although $1+2e-161)$