After having established a base on Moon, NASA decides to perform famous Atwood Machine experiment on Moon. Two masses my = 0.500 kg and m2 = 1.00 kg are connected by a light rope through a fixed pulley of mass M = 2.00 kg just like the setup used in the LabO4 materials you have read. Initially mass my is at rest on the ground, and mass m2 is at the height h of 10.0 m. When an astronaut releases mass m2, it starts to descend until it lands on the ground. The astronaut measures the falling time of mass m2 and she repeats the measurement five times. Her measurements give the following falling times: 8.19 s, 7.91 s, 8.46 s, 8.33 s, and 7.31 s. The average falling time is 8.4 The measured acceleration is 0.309 1- The well established value for gravitational acceleration on Moon 9Moon is 1.62 m/s?. Calculate the theoretical acceleration of mass m2 atheory in the experiment in m/s?. Keep three-significant figures. 2- Claculate %Difference between the measured exp and the expected value atheory of the acceleration of mass m2 in %. Keep three-significan figures