SOLUTION: If an object is dropped, the distance d in feet it falls in t seconds is given by the formula d=16t^2. How long will it take for an object to fall 300 feet?

Algebra.Com
Question 549489: If an object is dropped, the distance d in feet it falls in t seconds is given by the formula d=16t^2. How long will it take for an object to fall 300 feet?
Answer by Alan3354(69443)   (Show Source): You can put this solution on YOUR website!
If an object is dropped, the distance d in feet it falls in t seconds is given by the formula d=16t^2. How long will it take for an object to fall 300 feet?
--------------

Solve for t

RELATED QUESTIONS

f an object dropped in earth's atmosphere, the distance d in feet it falls in t seconds... (answered by ewatrrr)
The distance d in the feet that a dropped object falls in t seconds is given by the... (answered by josmiceli,ikleyn)
If an object is dropped, the distance it falls is given by d=t2, Find the distance an... (answered by Alan3354)
Near the surface of the moon, the distance that an object falls is a function of time. It (answered by addingup)
The distance (in feet) that an object will fall in t seconds is given by the formula... (answered by jorel1380)
A falling object travels a distance given by the formula d = 7t + 16t^2 , where t is... (answered by Alan3354)
The formula d=16t^2 gives the approximate distance in feet (d) traveled by a falling... (answered by stanbon)
Please help me solve these problem. Ignoring air resistance, the distance d in feet that (answered by stanbon)
if an object is dropped the distance d it falls in 1 sec. is given by d=1/2gr^2 where g... (answered by drj)