Durian Pulp Thesis: Appendices Part 2 Anova

1. 39
APPENDIX C
DENSITY
q = (0.05, k , v)
= (0.05, 4, 8)
= 4.53
HSD= MSw÷n
= (0.003033) ÷3
= .001011
= √.001011
= 0.3179622619
HSD= (0.3179622619) (4.53)
= 0.1440369046
= 0.144
| X1 – X2 |
TEARING STRENGTH
q = (0.05, k , v)
= (0.05, 4, 8)
= 4.53
HSD= MSw÷n
= (0.919817) ÷3
= .3066056667
= √.3066056667
= 0.5537198449
HSD= (0. 5537198449) (4.53)
= 2.508350898
= 2.51
| X1 – X2 |
T1-T2 0.07 < 0.144
T1-T3 0.17 > 0.144
T1-T4 0.03 < 0.144
T2-T3 0.1 < 0.144
T2-T4 0.1 < 0.144
T3-T4 0.2 > 0.144
T1-T2 1.33 < 2.51
T1-T3 1.84 < 2.51
T1-T4 3.33 > 2.51
T2-T3 3.17 > 2.51
T2-T4 2.0 < 2.51
T3-T4 5.17 > 2.51

2. 40
APPENDIX D
FLAMMABILITY
q = (0.05, k , v)
= (0.05, 4, 8)
= 4.53
HSD= MSw÷n
= (6.726991) ÷3
= 2.242330333
= √2.242330333
= 1.497441262
HSD= (1.497441262) (4.53)
= 6.783408917
= 6.78
| X1 – X2 |
WATER ABSORPTION
q = (0.05, k , v)
= (0.05, 4, 8)
= 4.53
HSD= MSw÷n
= (0.000461) ÷3
= 0.0001546666667
= √0.0001546666667
= 0.012436505
HSD= (0.012436505) (4.53)
= 0.056337369
= 0.056
| X1 – X2 |
T1-T2 8.16 > 6.78
T1-T3 7.91 > 6.78
T1-T4 6.37 < 6.78
T2-T3 0.25 < 6.78
T2-T4 1.79 < 6.78
T3-T4 1.54 < 6.78
T1-T2 0.45 < 0.056
T1-T3 0.58 > 0.056
T1-T4 0.53 > 0.056
T2-T3 0.13 > 0.056
T2-T4 0.08 > 0.056
T3-T4 0.05 < 0.056