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2. In each part, what percent of the work done by the hanging mass (mngyn ) was lost to friction (AH)? In which part would

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2. In each part, what percent of the work done by the hanging mass (mngyn ) was lost to friction (AH)? In which part would you expect this percentage to be the AH highest? Why? Did your data match this expectation? (hint: Calculate X mngyn 100) for any one of the trials for each part.Data Table 3 Mass of the empty sled mas = 85 g mass of the sled ms = mes + My = [1.085kg] 0 (degrees) my(Kg) xh(m) AH 0.42 0.4 1.28 0.47 0.4 1.25 11 0.53 0.4 1.27 14 0.58 0.4 1.24 17 0.63 0.4 1.23\fData Table 1 Mass of the empty sled me = 85 g (Kg) m= mast mw (Kg) mi(Kg) Xk(m) AH(J) 1.085 0.324 0.5 1.5876 1.2 1.285 0.384 0.5 1.8816 1.4 1.485 0.444 0.5 2.1756 1.6 1.685 0.503 0.5 2.4647 1.8 1.885 0.563 0.5 2.7587

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