I have most of this problem figured out. It is just one part that I can't get. It is just part e that I simply cannot get. The question says.
A drag racer accelerates at a(t) =66 ft/s^2. Assume that v(0)=0 and s(0)=0.
a. Determine and graph the position function for t >= 0.
b. How far does the racer travel in 6 s?
c. At this rate, how long will it take the racer to travel 1/3 mi?
d. How long will it take the racer to travel 300 ft?
e. How far has the racer traveled when it reaches a speed of 177 ft/s? The correct answer is 237.343. I got 230.1456.
Thanks...
A drag racer accelerates at a(t) =66 ft/s^2. Assume that v(0)=0 and s(0)=0.
a. Determine and graph the position function for t >= 0.
b. How far does the racer travel in 6 s?
c. At this rate, how long will it take the racer to travel 1/3 mi?
d. How long will it take the racer to travel 300 ft?
e. How far has the racer traveled when it reaches a speed of 177 ft/s? The correct answer is 237.343. I got 230.1456.
Thanks...