After the experiment was complete, Hypothesis 1 is correct and is supported by the data.The different masses of the spheres did not affect the acceleration. Average times werecalculated showing similar results to all three spheres and the acceleration showed notrend for mass. The second hypothesis is proven with a trend of increased accelerationwith heights up to 2 meters. The vertical displacement has a direct impact on thecalculated acceleration of the object. The increased height allows gravity to have a largerimpact on acceleration. The formula for acceleration includes the height(doubled) divided by the time squared. Each sphere showed a trend in increased acceleration.3.The gravitational acceleration of an object is always the same and is not affected by themass of an object. The acceleration of an object will vary with height because of thedisplacement of the object and the amount of time/space gravity has to apply force on theobject