Marble traveled with the average distance and time

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the. Marble traveled. With the average distance and time (calculated using the time equation given on the lab), the horizontal velocity and subsequent kinetic energy was calculated. Results The results of the experimental procedure provided the data necessary to calculate the kinetic and potential energy for the experiment, 0.00325J and 0.00756J respectively. These
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4 DETERMINATION OF THE LAW OF CONSERVATION OF ENERGY 1 values allow for further analysis in the calculations and discussion. (The remaining raw and calculated data can be found after the analysis). Time elapsed: t = 2 h 2 g 0.4351 seconds = 2 × 0.9275 9.8 Horizontal Velocity: v = d t 0.4821 m 0.4351 sec = 1. 1080 m/s Kinetic energy is therefore: KE = 1 2 m v 2 1 2 .053 × 1.1080 2 = 0.00325 J Potential energy: PE = mgh 0.00756 J = 0.053 × 9.8 × 0.9275 Mechanical energy is then: ME = PE + KE 0.00756 + 0.00325 = 0.01081 J Percent Error:
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5 DETERMINATION OF THE LAW OF CONSERVATION OF ENERGY 1 | Kinetic potential | Potential × 100 | 0.00325 0.00756 | 0.00756 × 100 = 56.98% Discussion This experiment tests the law of conservation of energy, in order to validate it and help explain the practical applications and fine details. The law of conservation of energy states that energy is not lost, but only transferred into another form. In this experiment, the kinetic energy
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