Is Stair Climbing Acceleration Dependent on Distance and Time Squared?

[p75213]

a= d/t^2. Therefore is it the case that the acceleration involved in stair climbing is the distance of the slope divided by the time^2? Where does gravity fit into it?

 

[Doc Al]

a= d/t^2.

Where did you get that relationship? For uniform acceleration starting from rest, the acceleration would be: 2d/T^2.

In general, a ≡ Δv/Δt.

Therefore is it the case that the acceleration involved in stair climbing is the distance of the slope divided by the time^2?

No. Most folks don't climb stairs with increasing speed.

Where does gravity fit into it?

It doesn't. Gravity is just one of the forces acting on the stair climber.