See Canvas for more details. Write a program named follow$\_$directions.py that performs the following tasks for the function $1)/(x-1)$ evaluated close to $x=1.$ Use values of $x$ ranging from $1\mathrm{.}1$ to $1\mathrm{.}00000001$ by inserting another zero after the decimal of the previous value $)=1\mathrm{.}1,x=1\mathrm{.}01,x=(1\mathrm{.}001$dots.

First, print a line of text stating the purpose of the program

Next, print a line of text stating your guess for the final calculated value

There are no wrong answers, just make a guess

Think about the answer then see if your guess was close

Next, print out a sequence of $8$ numbers, representing evaluating the function at $8$ different values of $x$

Finally, print one blank line, followed by a statement of how good your guess is

As an example, for the equation $f(x)=tan\frac{x}{x}$ evaluated close to $x=0,$ your output would look like what's shown below. Make sure your code evaluates $f(x)=sin\frac{x-1}{x-1}.$

Example output $($using $tan\frac{x}{x})$: