SOLUTION: The equation describes the path of a football, where t is the time in flight in seconds and h is the height of the football in metres. At what time is the maximum height reach

Question 322179: The equation describes the path of a football, where t is the time in flight in seconds and h is the height of the football in metres.
At what time is the maximum height reached?
Answer by solver91311(24713) (Show Source): You can put this solution on YOUR website!

It would have been very handy if you had taken the trouble to share the equation with us -- and catastrophic that you failed to do so. Sorry. Can't help you.

John

RELATED QUESTIONS
The equation describes the path of a football, where t is the time in flight in seconds (answered by solver91311)

The equation h=-4t^2+16t+1.5 describes the path of a football, where t is the time in... (answered by solver91311)

The equation describes the path of a football, where t is the time in flight in seconds (answered by solver91311,stanbon)

4.The equation h=-4t^2+16t+1.5 describes the path of a football, where t is the time in... (answered by solver91311)

The equation h=-4t^2+16t+1.5 describes the path of a football, where t is the time in... (answered by stanbon,solver91311)

The path of a paper airplane can be modelled approximately by h=-0.25t^2+t+3 where h is... (answered by MathLover1)

A football is kicked into the air and follows the path defined by h=-2x^2+16x, where x is (answered by bucky)

A model rocket is launched from the roof of a building. It's flight path is b modeled by... (answered by Boreal)

A punter kicks a football from 0.8 meters above the ground with an initial velocity of 21 (answered by ikleyn)