Data Table m\"'T'\"\"'\"m\""\"\"\""\"\"\"'\"\"'\"'\"\"'\"\""\"\"\""\"\"\""\"\"\""\"\"\"'\"T'\"\"\"\"\"\"'\"'m"\"\"\""\"\"\"\"\"\"\"\"\"\""\""\"\"\""\"\"'\""\"\"\"\"\"i Spring Constant: Run 1-3 Mass: Run 4-6 Mass: Run # 1 2 3 4 5 6 Speed 1M?) mvz K - 7\") Average kinetic energy K = J Elastic Potential Energy: Ue = Ekx2 = J 10. Find percentage difference between the average kinetic energy of Trevor and elastic potential energy of the spring. IKUel %= X100%= e Questions: 1. How well your experiment has demonstrated the law conservation of the mechanical energy