Acceleration on an Incline: Solving for Time and Distance

AI Thread Summary
An object released from rest on an inclined plane moves a distance d after time t, and the goal is to determine its acceleration. The relevant equations include y = y0 + vy0t + 1/2ayt² and x = x0 + v0t, with the initial position y0 set to zero. By substituting y with d in the equation, the relationship can be simplified to 0 = h + 1/2at². The discussion emphasizes the need to express the equation in terms of distance d to solve for acceleration a. Understanding these equations is crucial for calculating the acceleration of the object on the incline.
chelseaalyssa
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Homework Statement


An object is released (from rest) at the top of an inclined plane. After time t, the object has moved a distance d down an incline. What is its acceleration


Homework Equations


There is some stuff written in regards to this question about using only time and distance to calculate the acceleration - so that leaves the equations:
y=y0+vy0t+1/2ayt2
x=x0+v0t

The Attempt at a Solution


Using the equation for y:
0=h + 1/2ayt2

thanks in advance for your help!
 
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chelseaalyssa said:

The Attempt at a Solution


Using the equation for y:
0=h + 1/2ayt2
Write it in terms of distance d. (I'd say that y0 = 0 and y = d.) Just call the acceleration a.
 
ok thanks!
 

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