SOLUTION: The path of a paper airplane can be modelled approximately by h=-0.25t^2+t+3 where h is the height above the ground, in metres, and t is the time of flight, in seconds.

SOLUTION: The path of a paper airplane can be modelled approximately by h=-0.25t^2+t+3 where h is the height above the ground, in metres, and t is the time of flight, in seconds.

Algebra.Com

Question 1181647: The path of a paper airplane can be modelled approximately by h=-0.25t^2+t+3 where h is the height above the ground, in metres, and t is the time of flight, in seconds.
Answer by MathLover1(20849) (Show Source): You can put this solution on YOUR website!

what is your question?
RELATED QUESTIONS
7. The path of a paper airplane can be modeled approximately by the function h= -0.3t^2 + (answered by Alan3354)

The path of a paper airplane can be modeled approximately by the function , h=... (answered by Alan3354)

The path of a paper airplane can be modeled approximately by the function , where h is... (answered by Alan3354)

A ball is thrown upward. The path of the ball is modelled by the equation: h=-4.9t^2 +... (answered by Alan3354)

A paper airplane follows a parabolic path with h=-1/4t^2+t+3, where h is height in... (answered by nerdybill)

A toy rocket is launched in an open field. The path of the rocket can be modelled by the... (answered by ikleyn)

the height, h in meters, above the ground of a rider on a ferris wheel can be modelled by (answered by Theo)

4. A video tracking device recorded the height h, in metres, of a baseball after it was... (answered by ikleyn)

A ball is thrown vertically upwards from the top of a school building. It�s height, h... (answered by ikleyn)