2.3 Post Hoc Test
2.4 Homogeneus Subsets
Multiple Comparisons
Dependent Vari able: Arom a
-.95000 .19297
.000 -1.3343
-.5657 -1.25000
.19297 .000
-1.6343 -.8657
.60000 .19297
.003 .2157
.9843 .95000
.19297 .000
.5657 1.3343
-.30000 .19297
.124 -.6843
.0843 1.55000
.19297 .000
1.1657 1.9343
1.25000 .19297
.000 .8657
1.6343 .30000
.19297 .124
-.0843 .6843
1.85000 .19297
.000 1.4657
2.2343 -.60000
.19297 .003
-.9843 -.2157
-1.55000 .19297
.000 -1.9343
-1.1657 -1.85000
.19297 .000
-2.2343 -1.4657
J Sam pel Sam pel 329 30
Sam pel 406 50 Sam pel 118 k
Sam pel 217 10 Sam pel 406 50
Sam pel 118 k Sam pel 217 10
Sam pel 329 30 Sam pel 118 k
Sam pel 217 10 Sam pel 329 30
Sam pel 406 50 I Sam pel
Sam pel 217 10 Sam pel 329 30
Sam pel 406 50 Sam pel 118 k
LSD Mean
Difference I-J
Std. Error Sig.
Lower Bound Upper Bound
95 Confidence Interval
The m ean difference i s signifi cant at the .05 level. .
Aroma
20 1.5000
20 2.1000
20 3.0500
20 3.3500
Sampel Sampel 118 k
Sampel 217 10 Sampel 329 30
Sampel 406 50 Tukey B
a
N 1
2 3
Subs et for alpha = .05
Means for groups in homogeneous s ubsets are dis played. Uses Harmonic Mean Sample Size = 20.000.
a.
3. Aspek Tekstur Kenyal
3.1 Uji Homogenitas
Test of Homogeneity of Variances
Tekstur Kenyal Levene Statistic
df1 df2
Sig.
.953 3
76 .419
3.2 Uji Perbedaan Sosis Ikan Lele Dumbo dengan Penambahan Wortel pada
Aspek Tekstur Kenyal
Descriptives
Tekstur Keyal 20
3.0500 .60481
.13524 2.00
4.00 20
2.1500 .67082
.15000 1.00
3.00 20
1.7000 .65695
.14690 1.00
3.00 20
3.5500 .60481
.13524 2.00
4.00 80
2.6125 .96119
.10746 1.00
4.00 .63505
.07100 .42001
Sampel 217 10 Sampel 329 30
Sampel 406 50 Sampel 118 k
Total Fixed Effects
Random Effects Model
N Mean
Std. Deviation
Std. Error Minimum
Maximum
ANOVA
Tekstur Keyal 42.337
3 14.112
34.993 .000
30.650 76
.403 72.987
79 Between Groups
Within Groups Total
Sum of Squares
df Mean Square
F Sig.
3.3 Post Hoc Test
3.4 Homogeneus Subsets
4. Aspek Tekstur Padat
4.1 Uji Homogenitas