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Lab #9.7 Mechanics: Chapter 9 Dropping The Ball

Posted on January 1, 2011 by Arbor Scientific There have been 0 comments

Purpose
In this experiment, you will lift a ball and drop it. You will determine and compare the potential energy of the ball before it’s dropped to the kinetic energy of the ball after right before it hits the ground.

Discussion
When an object is lifted, the work done to lift the object is transformed into potential energy. If the object is then dropped, the potential energy is transformed to kinetic energy as it falls. In this experiment, we will determine the potential energy of a lifted object. We will also determine the kinetic energy of a dropped object. We will then compare the potential energy that an object has when it is lifted to a certain height to the kinetic energy it has after it has fallen from that height.

Required Equipment

Acrylic Tube, 1/2" Steel Ball, Small Rare Earth Magnet, Timer and 2 Photogates, Ring Stand and Base,  2 Burette Clamps, Meter stick.

Download

Student Worksheet   Teacher Notes

1/2

1/2" Steel Ball

Product # P1-5001

$0.30


Pair of Neodymium Magnets

Pair of Neodymium Magnets

Product # P8-1123

$16.00


Timer and Photogates

Timer and Photogates

Product # P4-1450

$279.00


Ring Stand Base with Rod

Ring Stand Base with Rod

Product # 66-4220

$11.00


Burret Clamp

Burret Clamp

Product # 66-8002

$9.80


Meter Stick 6/pk

Meter Stick 6/pk

Product # P1-7072

$15.95

acrylic tube (1.0-inch diameter, about 4 feet in length)

This post was posted in Supplementary Conceptual Physics Labs and was tagged with conservation of energy, potential energy, dropping the ball, kinetic energy