Friction

Friction - 13.9 0.26 1000 53.6 14 0.26 Table 4 Pan with...

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Table 1 Pan with teflon m=200 g # 1 2 3 4 5 mb (g) 62 56 54 51 50 54.6 4.77 m=400 g # 1 2 3 4 5 mb (g) 95 95 92 90 90 92.4 2.51 m=600 g # 1 2 3 4 5 mb (g) 125 124 124 123 120 123.2 1.92 m=800 g # 1 2 3 4 5 mb (g) 165 160 155 154 152 157.2 5.26 m=1000 g # 1 2 3 4 5 mb (g) 205 205 205 204 202 204.2 1.3 Table 2 Pan with rubber m=100 g # 1 2 3 4 5 Average Deviation mb (g) 225 225 220 210 210 218 7.58 m=200 g # 1 2 3 4 5 average Deviation mb (g) 305 300 290 280 270 289 14.32 m=300 g # 1 2 3 4 5 Average Deviation mb (g) 350 355 330 320 290 329 26.08 m=400 g # 1 2 3 4 5 Average Deviation mb (g) 430 370 360 350 335 369 36.47 m=500 g # 1 2 3 4 5 Average Deviation mb (g) 450 440 430 420 410 430 15.81 m=600 g # 1 2 3 4 5 Average Deviation mb (g) 505 490 480 475 470 484 13.87 Table 3 Pan with Teflon
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m (g) x (cm) y (cm) 200 53.1 15.5 0.29 400 53.6 13.8 0.26 600 53.6 13.8 0.26 800 53.6
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Unformatted text preview: 13.9 0.26 1000 53.6 14 0.26 Table 4 Pan with rubber m (g) x (cm) y (cm) 200 27.7 32.9 1.19 400 27.8 32.8 1.18 600 27.9 32.7 1.17 800 28.1 32.6 1.16 1000 28 32.6 1.16 Mass pan with teflon 62.2g Mass pan with rubber 69.5g Moving Men m (g) 1 2 3 average deviation 300 60 61 60 60.33 0.58 400 85 83 82 83.33 1.53 500 98 98 97 97.67 0.58 moving men weight-10.5g Moving Men M (g) x (cm) y (cm) 100 55.5 13.2 0.24 120 55.5 13.2 0.24 140 55.3 13 0.24 140 55.1 12.9 0.23 s = y/x s = y/x s = y/x...
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Friction - 13.9 0.26 1000 53.6 14 0.26 Table 4 Pan with...

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