In bungee jumping, a bungee jump is the amount the cord will stretch at the bottom of the fall. The stiffness of the cord is related to the amount of stretch by the equation $K = \frac{2W(S + L)}{S^2}$, where $W$ is the weight of the jumper in pounds, $K$ is the cord's stiffness in pounds per foot, $L$ is the free length of the cord in feet, and $S$ is the stretch in feet.
Use this equation to answer the following:
A 210-pound person plans to jump off a ledge attached to a cord of length 33 feet. If the stiffness of the cord is no less than 13 pounds per foot, how much will the cord stretch?
Use this equation to answer the following:
A 210-pound person plans to jump off a ledge attached to a cord of length 33 feet. If the stiffness of the cord is no less than 13 pounds per foot, how much will the cord stretch?