Posted by Max on Tuesday, February 2, 2010 at 3:49am.
Average velocity * time = stopping distance
(Vo/2) * t = X = 1300
Also, you can write Vo = a* t for the deceleration time.
The time t can be eliminated from the two equations, resulting in
(Vo/2)(Vo/a) = X
Vo^2 = 2 a X
Solve for a
Related Questions
Physics - An airplane lands and starts down the runway at a southwest velocity ...
physics - An airplane lands and starts down the runway at a southwest velocity ...
physics - An airplane lands and starts down the runway at a southwest velocity ...
Physics - An airplane lands and starts down the runway at a southwest velocity ...
physics - An airplane lands and starts down the runway at a southwest velocity ...
Physics - An airplane lands and starts down the runway at a southwest velocity ...
Physics - An airplane lands and starts down the runway at a southwest velocity ...
physics - A 20000 kg airplane takes off by traveling 300 m down a runway while ...
physics - An airplane starts from rest at the end of a runway and accelerates at...
Physics - A man seeking to set a world record wants to tow a 110000-kg airplane ...
For Further Reading
