So they give us this equation for the free fall near the surface of a planet.
#FREEFALL AND ACCELERATION DUE TO GRAVITY LAB TRIAL#
To calculate the average time of fall for each height, we need to add the times of each trial and divide by the number of trials (5 in this case).
Calculate the average time of fall for each height. Report on Laboratory Experiment “Acceleration Due toĮxperimental gravitational acceleration gġ2. The acceleration of gravity g near the Earth’s surfaceĭistance from the object to the Earth’s surface.ĭoes the value of g depend on the height h in Magnitude of the gravitational acceleration. When we are close to the surface of the Earth, thenĪccurate measurements show that the magnitude of the acceleration H in a time interval t, then it turns out has zero initial speed) through a vertical distance Travel in the vertical direction over large distances.
Magnitude g and direction) as long as this body does not
Undergoing a free fall has a constant acceleration (both in A body falling under the influence of gravity only is said to be
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