... Blue 7 330 6.9 52.5 27.4 6.6 25.1 100.4 45.6 209.1 Dark Blue 8 368 7.4 31 24.3 3.2 6.7 26.8 23.6 201.1 Dark Blue 9 235 7.4 24.3 2.3 0 16.9 314.9 Dark Blue 10 312 7.6 25.3 7.7 2.3 17.6 70.4 17.7 243.6 Dark Blue 11 360 7.5 21.3 18.2 1.8 3.1 12.4 13.8 208.3 0 Brown 1 372 15.7 46.4 41 2 5.4 21.6 30.7 422 Brown 2 345 15.5 45 40.1 1.9 4.9 19.6 29.5 449.3 Brown 3 360 19.9 39.5 30.5 1 9 36 19.6 552.8 Brown 4 360 13.9 39.5 30.5 1.8 9 36 25.6 386.1 Brown 5 335 15.8 62 57 2.9 5 20 46.2 471.6 Brown 6 356 15.9 56.1 51.4 2.5 4.7 18.8 40.2 446.6 Brown 7 374 16.6 88.6 66.1 4.3 22.5 90 72 443.9 Brown 8 322 15.2 37.2 1.4 0 22 472 Brown 9 215 13.6 41.9 2.1 0 28.3 632.6 Brown 10 368 14.2 42.9 32.3 2 10.6 42.4 28.7 385.9 Brown 11 326 15.2 42 37 1.8 5 20 26.8 466.3 *(my results are shown in the red font) The formulas I used were as follows: Absorbency - wet towel mass - dry towel mass/dry towel mass Water Lost - Wet mass - Dry mass Drying Rate - (Water Lost/Time [15]) x 60 to give [g/hr] Density - Mass Dry/Area to give [g/cm squared] Interpretation My two scatter graphs show the absorbency and the drying rate of the three fabrics (pale blue, dark blue and brown). The absorbency graphs show two anomalies, in comparison with the drying rate graph which shows five anomalies. Part of the criteria that adds to what makes a backpacker's towel is a high absorbency. The graph shows that the Pale Blue fabric had the highest absorbency and no anomalies, indicating accurate results. The least absorbent fabric is the ...

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