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Lab #7 – Energy Conservation position of the oscillating mass. Hooke’s Law explains that the force exerted by the spring is proportional to the distance that the
Objectives: The objective of this lab was to do three experiments, which are swinging the pendulum, oscillating mass on a spring, and the basketball pendulumSENIOR HIGH SCHOOL REPORT This was PART A of a 2 part Physics Lab (part B This was just your typical conservation of energy lab where the energy is not Energy that is stored in a stretched or compressed spring can be calculated
A simple way to test conservation of mechanical energy, is by using a spring the mass of the spring and the mass hanger and put this data into your lab report.
15 Lab Conservation of Energy – Spring.docx. 17 November 2015. 1. Conservation of Energy – Spring Lab. Name: Lab Partner(s):. Period: Date(s):. Objectives. 1.
Physics 211 Experiment #7 CONSERVATION OF ENERGY. Pre-Lab The spring is compressed a total of 3.0 cm, and used to set a 500 gram cart into motion.
10 Oct 2013 We found the spring reference point, that is where the spring is at rest and we recorded the value on table 1. We hooked a mass to see if the
The Principle of Conservation of Energy is expressed as mgyf +. 1. 2 mv2 spring force is the spring’s potential energy function in Equation (6.9). To calculate
15 Apr 2015
When an object is compressed a certain distance, it gains elastic energy. In this case, that object is a spring. When compressing a spring a certain distance from
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