Write a script that uses the bisection function to estimate the mass of the bungee jumper so that its velocity will be $36\frac{m}{s}$ after $4sec$ needed. Start with initial guesses $xl=50$ and $xu=200,$ and continue until the approximate relative percent error falls below $0\mathrm{.}5\%.$ A

Requirements:

Assign the following variables to the given values: $v=36,t=4,c=0\mathrm{.}25,$ and $g=9\mathrm{.}81$

Create an anonymous function you will use to solve this problem.

Assign the variable root to the solution of the problem.

Assign the variable err$\_$approx to the approximate relative percent error after the solution is found.

Assign the variable iter to the number of iterations needed until the error fell below the threshold.