SOLUTION: Suppose Charlie hit a baseball straight upward at 150 ft/sec from a height of 5 ft. Use the formula to determine how long it takes the ball to return to the earth.
(If an objec
Algebra ->
Customizable Word Problem Solvers
-> Travel
-> SOLUTION: Suppose Charlie hit a baseball straight upward at 150 ft/sec from a height of 5 ft. Use the formula to determine how long it takes the ball to return to the earth.
(If an objec
Log On
Question 207392This question is from textbook Elementary and Intermediate Algebra
: Suppose Charlie hit a baseball straight upward at 150 ft/sec from a height of 5 ft. Use the formula to determine how long it takes the ball to return to the earth.
(If an object is given an initial velocity of vo ft per second from a height of so ft, then its height S after t secondsis given by the formula S = -16t^2 +vo t + so.)
With that, I came up with the equation S = -16t^2 + 150t + 5. I think that's right, but I'm not positive...then I'm not sure how to solve either. I appreciate any help!! :) This question is from textbook Elementary and Intermediate Algebra
You can put this solution on YOUR website! S = -16t^2 + 150t + 5
It's the right formula. It's usually height as a function of time,
h(t) = -16t^2 + 150t + 5
---------------
When it hits the ground, h = 0
0 = -16t^2 + 150t + 5
-16t^2 + 150t + 5 = 0