So my calculus teacher gave me this problem for a take home quiz.
"Ferdbert is driving his race car 324 ft/sec (over 220 mph), when he hits the brakes to pull in for a pit stop. It takes Ferdbert 1093.5 feet to stop his car. His acceleration during the braking period is proportional to time (in seconds) squared. Find the constant of proportion for the acceleration. (That is, find k in the equation a=k*t^2, where a is acceleration and t is time in seconds."
So, Where do I start?
"Ferdbert is driving his race car 324 ft/sec (over 220 mph), when he hits the brakes to pull in for a pit stop. It takes Ferdbert 1093.5 feet to stop his car. His acceleration during the braking period is proportional to time (in seconds) squared. Find the constant of proportion for the acceleration. (That is, find k in the equation a=k*t^2, where a is acceleration and t is time in seconds."
So, Where do I start?