7. LAMPIRAN Lampiran 1. Output SPSS Uji Normalitas - 06.70.0015 M Debora N LAMPIRAN

  .279 3 . .939 3 .522 .352 3 . .826 3 .179 .379 3 . .764 3 .031 .347 3 . .835 3 .202 .263 3 . .956 3 .596 .192 3 . .997 3 .894 .376 3 . .771 3 .047 .279 3 . .939 3 .523 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 hardness Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

  .177 3 . 1.000 3 .961 .370 3 . .786 3 .081 .235 3 . .978 3 .714 .183 3 . .999 3 .931 .248 3 . .969 3 .660 .238 3 . .976 3 .701 .206 3 . .993 3 .835 .271 3 . .948 3 .559 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 springiness Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  

a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

  .237 3 . .976 3 .705 .239 3 . .975 3 .696 .350 3 . .829 3 .187 .306 3 . .905 3 .400 .299 3 . .914 3 .432 .345 3 . .839 3 .212 .303 3 . .908 3 .412 .350 3 . .830 3 .189 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 k_air Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

  .324 3 . .877 3 .315 .258 3 . .960 3 .616 .357 3 . .814 3 .149 .220 3 . .986 3 .776 .329 3 . .868 3 .289 .340 3 . .849 3 .239 .269 3 . .949 3 .567 .338 3 . .853 3 .249 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 protein Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

  .300 3 . .912 3 .426 .375 3 . .774 3 .054 .252 3 . .965 3 .640 .339 3 . .851 3 .244 .178 3 . .999 3 .957 .274 3 . .944 3 .543 .297 3 . .917 3 .443 .295 3 . .920 3 .451 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 lemak Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

  .199 3 . .995 3 .866 .254 3 . .963 3 .631 .317 3 . .888 3 .347 .329 3 . .868 3 .289 .348 3 . .832 3 .194 .302 3 . .910 3 .419 .313 3 . .894 3 .367 .236 3 . .977 3 .708 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 KH Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a.

  Tests of Normality

b

  .336 3 . .857 3 .258 .373 3 . .780 3 .068 .268 3 . .951 3 .573 .385 3 . .750 3 .000 .194 3 . .996 3 .885 .296 3 . .919 3 .448 .213 3 . .990 3 .805 perlakuan blanko rebus P 1 P 2 M 1 M 2 M 3 TPC Statistic df Sig. Statistic df Sig.

  Kolmogorov-Smirnov

  a

  Shapiro-Wilk Lilliefors Significance Correction a. TPC is constant when perlakuan = P 3. It has been omitted.

  b.

Lampiran 2. Output SPSS Uji Descriptives Descriptives

  251.48733 .694578 248.49881 254.47586 1.203044 250.494 252.825 282.92041 5.514082 259.19523 306.64559 9.550670 271.941 289.304 410.29155 5.849198 385.12448 435.45861 10.131109 404.281 421.988 538.38848 5.541120 514.54696 562.22999 9.597501 531.865 549.409 590.96627 6.137023 564.56079 617.37175 10.629636 581.864 602.648 267.33041 1.738880 259.84861 274.81221 3.011829 264.227 270.241 327.29400 3.529570 312.10749 342.48051 6.113394 323.615 334.351 451.18203 1.556960 444.48297 457.88109 2.696733 448.954 454.180 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 hardness Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

  Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum Descriptives

  1.61733 .065831 1.33408 1.90058 .114023 1.502 1.730 3.61867 .006839 3.58924 3.64809 .011846 3.605 3.626 3.82033 .051382 3.59925 4.04141 .088996 3.740 3.916 3.84300 .069616 3.54347 4.14253 .120578 3.720 3.961 4.15133 .088576 3.77022 4.53245 .153419 4.016 4.318 2.80733 .055529 2.56841 3.04625 .096179 2.721 2.911 3.43567 .055924 3.19505 3.67629 .096862 3.344 3.537 3.65667 .040035 3.48441 3.82892 .069342 3.580 3.715 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 springiness Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

  Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum Descriptives

  80.0723 .073624 79.75556 80.38911 .127520 79.935 80.187 76.9223 .052626 76.69590 77.14876 .091150 76.824 77.004 69.5850 .260243 68.46527 70.70473 .450754 69.282 70.103 69.1420 .077700 68.80768 69.47632 .134581 69.038 69.294 69.3457 .186589 68.54284 70.14849 .323182 68.982 69.600 77.7530 .122255 77.22698 78.27902 .211752 77.608 77.996 77.0697 .239901 76.03746 78.10188 .415521 76.601 77.393 75.6753 .090610 75.28547 76.06520 .156941 75.495 75.781 perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 k_air

Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

  Mean Lower Bound Upper Bound 95% Confidence Interval for Mean

  Std. Deviation Minimum Maximum

  Descriptives

12.98967 .102154 12.55013 13.42920 .176936 12.806 13.159

9.55933 .782138 6.19406 12.92460 1.354703 8.380 11.039

14.69833 1.392062 8.70877 20.68789 2.411123 11.960 16.503

12.95900 .336854 11.50964 14.40836 .583448 12.538 13.625

13.45933 .914404 9.52497 17.39369 1.583793 11.640 14.530

10.66367 .433568 8.79818 12.52916 .750961 10.077 11.510

12.17767 .249424 11.10448 13.25085 .432014 11.688 12.505

13.91533 .711198 10.85530 16.97537 1.231830 12.806 15.241

perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 KH

  

Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum Descriptives

  

71.13567 .114383 70.64352 71.62782 .198117 70.910 71.281

75.07767 .224776 74.11053 76.04480 .389323 74.741 75.504

72.00167 .233875 70.99538 73.00795 .405083 71.737 72.468

71.42733 .173821 70.67944 72.17523 .301067 71.108 71.706

70.64600 .204842 69.76464 71.52736 .354797 70.241 70.902

75.84700 .238362 74.82141 76.87259 .412855 75.559 76.320

71.54267 .571807 69.08238 74.00295 .990399 70.449 72.379

69.51233 .229104 68.52658 70.49809 .396820 69.058 69.791

perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 protein

Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

  Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum Descriptives

  

8.24767 .032641 8.10722 8.38811 .056536 8.184 8.292

7.74200 .777310 4.39751 11.08649 1.346340 6.188 8.557

6.58733 1.316011 .92500 12.24967 2.279398 4.595 9.073

8.12000 .036295 7.96383 8.27617 .062865 8.076 8.192

8.24567 .293947 6.98092 9.51042 .509131 7.730 8.748

5.64800 .533950 3.35060 7.94540 .924829 4.876 6.673

7.91400 .572343 5.45140 10.37660 .991328 7.129 9.028

8.20200 .304953 6.88989 9.51411 .528194 7.609 8.622

perlakuan blanko rebus P 1 P 2 P 3 M 1 M 2 M 3 lemak

Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

  Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum Descriptives a

  

6.29041 .158939 5.60655 6.97427 .275290 5.975 6.485

5.36648 .306387 4.04820 6.68476 .530678 5.041 5.979

2.75767 1.443262 -3.45219 8.96752 2.499804 .000 4.875

1.46598 1.465980 -4.84162 7.77358 2.539152 .000 4.398

5.68875 .195988 4.84548 6.53202 .339461 5.362 6.039

5.21158 .263529 4.07770 6.34545 .456445 4.699 5.574

4.49828 .493010 2.37703 6.61953 .853918 3.699 5.398

perlakuan blanko rebus P 1 P 2 M 1 M 2 M 3 TPC

  

Statistic Std. Error Statistic Statistic Statistic Statistic Statistic

Mean Lower Bound Upper Bound 95% Confidence Interval for Mean Std.

  Deviation Minimum Maximum TPC is constant when perlakuan = P 3. It has been omitted.

  a.

Lampiran 3. Output SPSS Uji Dunnett One Way ANOVA ANOVA

  TPC Sum of Squares df Mean Square F Sig.

  Between Groups 106.743 7 15.249 8.648 .000 Within Groups 28.213 16 1.763 Total 134.956

  23 Multiple Compa risons Dependent Variable: TPC

  a

  Dunnett t (<control) 95%

  Confidence Mean

  Interval Difference

  (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Upper Bound rebus blanko

• .923927 1.084223 .552 1.84938 P 1 blanko -3.532740* 1.084223 .013 -.75944 P 2 blanko
• 4.824427* 1.084223 .001 -2.05112 P 3 blanko
• 6.290407* 1.084223 .000 -3.51710 M 1 blanko -.601656 1.084223 .685 2.17165 M 2 blanko
• 1.078830 1.084223 .486 1.69447 M 3 blanko
• 1.792123 1.084223 .222 .98118 *.

  The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  k_air Sum of Squares df Mean Square F Sig.

  Between Groups 404.682 7 57.812 780.668 .000 Within Groups 1.185 16 .074 Total 405.867

  23 Multiple Compa risons Dependent Variable: k_air

  a

  Dunnett t (<control) 95%

  Confidence Mean

  Interval Difference

  (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Upper Bound rebus blanko

• 3.150000* .222192 .000 -2.58166 P 1 blanko
• 10.487333* .222192 .000 -9.91899 P 2 blanko -10.930333* .222192 .000 -10.36199 P 3 blanko -10.726667* .222192 .000 -10.15833 M 1 bl
• 2.319333* .222192 .000 -1.75099 M 2 blanko
• 3.002667* .222192 .000 -2.43433 M 3 blanko
• 4.397000* .222192 .000 -3.82866 *.

  The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  KH Sum of Squares df Mean Square F Sig.

  Between Groups 60.924 7 8.703 5.441 .002 Within Groups 25.594 16 1.600 Total 86.517

  23 Multiple Compa risons Dependent Variable: KH

  a

  Dunnett t (<control) 95%

  Confidence Mean

  Interval Difference

  (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Upper Bound rebus blanko -3.430333* 1.032668 .011 -.78890 P 1 blanko

  1.708667 1.032668 .999 4.35010 P 2 blanko

• .030667 1.032668 .867 2.61077 P 3 blanko

  .469667 1.032668 .955 3.11110 M 1 blanko

• 2.326000 1.032668 .086 .31543 M 2 blanko -.812000 1.032668 .582 1.82943 M 3 blanko

  .925667 1.032668 .986 3.56710 *. The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  protein Sum of Squares df Mean Square F Sig.

  Between Groups 100.201 7 14.314 60.905 .000 Within Groups 3.760 16 .235 Total 103.961

  23 Multiple Compa risons

  Dependent Variable: protein a

  Dunnett t (<control) 95% Confidence

  Mean Interval Difference (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Upper Bound rebus blanko 3.942000 .395837 1.000 4.95450 P 1 blanko .866000 .395837 1.000 1.87850 P 2 blanko

  .291667 .395837 .978 1.30417 P 3 blanko -.489667 .395837 .378 .52283 M 1 blanko 4.711333 .395837 1.000 5.72383 M 2 blanko .407000 .395837 .990 1.41950 M 3 blanko

• 1.623333* .395837 .002 -.61083 *.

  The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  lemak Sum of Squares df Mean Square F Sig.

  Between Groups 19.268 7 2.753 2.345 .075 Within Groups 18.783 16 1.174 Total 38.051

  23

  Multiple Comparisons

  Dependent Variable: lemak

  a

  Dunnett t (<control) 95%

  Confidence Mean

  Interval Difference

  (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Upper Bound rebus blanko

• .505667 .884669 .678 1.75720 P 1 blanko
• 1.660333 .884669 .160 .60254 P 2 bl>.127667 .884669 .836 2.13520 P 3 blanko
• .002000 .884669 .874 2.26087 M 1 bl
• 2.599667* .884669 .024 -.33680 M 2 blanko
• .333667 .884669 .757 1.92920 M 3 blanko
• .045667 .884669 .862 2.21720 *.

  The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  hardness Sum of Squares df Mean Square F Sig.

  Between Groups 348579.704 7 49797.101 877.250 .000 Within Groups 908.240 16 56.765 Total 349487.945

  23 Multiple Comparisons

  Dependent Variable: hardness a

  Dunnett t (>control) 95% Confidence

  Mean Interval Difference (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Lower Bound rebus blanko 31.433079* 6.151695 .000 15.69783 P 1 blanko 158.804212* 6.151695 .000 143.06896 P 2 blanko

  286.901145* 6.151695 .000 271.16589 P 3 blanko 339.478936* 6.151695 .000 323.74369 M 1 blanko 15.843076* 6.151695 .048 .10783 M 2 blanko 75.806667* 6.151695 .000 60.07142 M 3 blanko

  199.694695* 6.151695 .000 183.95944 *. The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

  ANOVA

  springiness Sum of Squares df Mean Square F Sig.

  Between Groups 13.721 7 1.960 189.896 .000

  Within Groups

  Total 13.886

  23 Multiple Compa risons

  Dependent Variable: springiness a

  Dunnett t (>control) 95% Confidence

  Mean Interval Difference (I) perlakuan (J) perlakuan (I-J) Std. Error Sig. Lower Bound rebus blanko 2.001333* .082955 .000 1.78914 P 1 blanko

  2.203000* .082955 .000 1.99081 P 2 blanko 2.225667* .082955 .000 2.01348 P 3 blanko 2.534000* .082955 .000 2.32181

  M 1 blanko 1.190000* .082955 .000 .97781 M 2 blanko 1.818333* .082955 .000 1.60614 M 3 blanko

  2.039333* .082955 .000 1.82714 *. The mean difference is significant at the .05 level.

  a.

  Dunnett t-tests treat one group as a control, and compare all other groups against it.

Lampiran 4. Output SPSS Korelasi Bivariate Antarvariabel Correlations

  TPC k_air KH protein lemak hardness springiness TPC Pearson Correlation 1 .845** -.428* .347 -.041 -.848** -.638**

  Sig. (2-tailed) .000 .037 .097 .848 .000 .001

  N

  24

  24

  24

  24

  24

  24

  24 k_air Pearson Correlation .845** 1 -.444* .317 -.065 -.869** -.767**

  Sig. (2-tailed) .000 .030 .132 .763 .000 .000

  N

  24

  24

  24

  24

  24

  24

  24 KH Pearson Correlation -.428* -.444* 1 -.710** -.140 .488* .170 Sig. (2-tailed)

  .037 .030 .000 .514 .016 .427 N

  24

  24

  24

  24

  24

  24

  24 protein Pearson Correlation .347 .317 -.710** 1 -.539** -.577** -.149

  Sig. (2-tailed) .097 .132 .000 .007 .003 .486

  N

  24

  24

  24

  24

  24

  24

  24 lemak Pearson Correlation

• .041 -.065 -.140 -.539** 1 .268 .043

  Sig. (2-tailed) .848 .763 .514 .007 .206 .843 N

  24

  24

  24

  24

  24

  24

  24 hardness Pearson Correlation

• .848** -.869** .488* -.577** .268 1 .729**

  Sig. (2-tailed) .000 .000 .016 .003 .206 .000 N

  24

  24

  24

  24

  24

  24

  24 springiness Pearson Correlation

• .638** -.767** .170 -.149 .043 .729**

  1 Sig. (2-tailed) .001 .000 .427 .486 .843 .000

  N

  24

  24

  24

  24

  24

  24

  24 **. Correlation is significant at the 0.01 level (2-tailed).

• .

  Correlation is significant at the 0.05 level (2-tailed).

Lampiran 5. Tabel Kadar Air Srimping KADAR AIR SERIMPING

  Sampel Brt cwn ksg Brt smpl Brt smpl+cwn berat air %Kadar air rata2 B 1 23.432 22.195 27.849 4.417 80.09461590 80.07227815 B 2 21.317 21.670 25.665 4.348 79.93539455 B 3 20.436 28.476 26.078 5.712 80.18682399 R 1 19.243 24.036 24.786 5.543 76.93875853 76.92213181 R 2 18.869 23.369 24.485 5.616 76.82399760 R 3 28.409 24.730 34.096 5.687 77.00363930 P1' 1 30.484 30.424 39.580 9.096 70.10255062 69.58486990 P1' 2 31.739 23.654 39.005 7.266 69.28215101 P1' 3 30.798 26.758 38.994 8.196 69.36990806 P1.5' 1 26.090 20.211 32.296 6.206 69.29394884 69.14178690 P1.5' 2 22.313 19.543 28.353 6.040 69.09379317 P1.5' 3 23.802 21.904 30.584 6.782 69.03761870 P2' 1 19.344 22.570 26.238 6.894 69.45502880 69.34576405 P2' 2 40.093 26.408 48.121 8.028 69.60012118 P2' 3 32.238 25.927 40.280 8.042 68.98214217 M 1 64.593 35.126 70.891 6.298 77.60790727 77.75316594 M 2 66.674 34.650 72.956 6.282 77.99649737 M 3 60.407 38.136 67.409 7.002 77.65509318 MH 1 41.119 28.721 47.612 6.493 77.39284844 77.06965202 MH 2 37.533 29.202 44.366 6.833 76.60091775 MH 3 44.624 33.232 51.968 7.344 77.21518987 H 1 40.937 29.842 48.985 8.048 75.49479325 75.67507939 H 2 40.677 27.707 48.075 7.398 75.74982791 H 3 39.247 29.090 47.019 7.772 75.78061701

Lampiran 6. Tabel Kadar Protein Srimping KADAR PROTEIN SERIMPING

  Sampel Vol HCl Brt smpl % N % protein dry % protein wet rata2 % protein dry B 1 41.20 0.506 11.405 71.281 14.18869350 71.136 B 2

  41.00 0.504 11.395 71.216 14.28923867 B 3 40.50 0.500 11.346 70.910 14.04960979 R 1

  43.00 0.502 11.998 74.988 17.29308864 75.078 R 2 43.20 0.506 11.959 74.741 17.32195488 R 3

  43.90 0.509 12.081 75.504 17.36324910 P1' 1 42.30 0.511 11.595 72.468 21.66600068 72.002 P1' 2 41.30 0.504 11.478 71.737 22.03613692 P1' 3 41.50 0.506 11.488 71.800 21.99231899 P1.5' 1 41.10 0.506 11.377 71.108 21.83435767 71.427 P1.5' 2 40.90 0.501 11.435 71.468 22.08800209 P1.5' 3 41.20 0.503 11.473 71.706 22.20182789 P2' 1 41.00 0.507 11.327 70.795 21.62423555 70.646 P2' 2 40.90 0.505 11.344 70.902 21.55405210 P2' 3 41.00 0.511 11.238 70.241 21.78712392 M 1 43.30 0.501 12.106 75.662 16.94220765 75.847 M 2

  44.20 0.507 12.211 76.320 16.79311552 M 3 43.50 0.504 12.089 75.559 16.88349737 MH 1

  41.50 0.506 11.488 71.800 16.23187060 71.543 MH 2 40.80 0.507 11.272 70.449 16.48451499 MH 3

  42.00 0.508 11.581 72.379 16.49134730 H 1 39.60 0.502 11.049 69.058 16.92290770 69.513 H 2

  40.10 0.503 11.167 69.791 16.92451992 H 3 40.20 0.505 11.150 69.688 16.87807435

Lampiran 7. Tabel Kadar Lemak Srimping KADAR LEMAK SERIMPING

  Sampel Brt krts srg Brt smpl rt smpl + krts s brt akir kdr lmk dry kdr lmk wet rata2 % lemak dry B 1 0.404 1.004 1.325 0.921 8.267 1.64556462 8.247 B 2 0.392 1.002 1.312 0.920 8.184 1.64201362 B 3 0.393 1.001 1.311 0.918 8.292 1.64285076 R 1 0.398 1.005 1.317 0.919 8.557 1.97339977 7.742 R 2 0.383 1.002 1.323 0.940 6.188 1.43404406 R 3 0.404 1.014 1.332 0.928 8.481 1.95038168 P1' 1 0.390 1.001 1.345 0.955 4.595 1.37390876 6.587 P1' 2 0.388 1.001 1.328 0.940 6.094 1.87191687 P1' 3 0.383 1.014 1.305 0.922 9.073 2.77906160 P1.5' 1 0.382 1.001 1.301 0.919 8.192 2.51538081 8.120 P1.5' 2 0.386 1.003 1.308 0.922 8.076 2.49591501 P1.5' 3 0.397 1.001 1.317 0.920 8.092 2.50544744 P2' 1 0.403 1.009 1.334 0.931 7.730 2.36125645 8.246 P2' 2 0.404 1.006 1.322 0.918 8.748 2.65923393 P2' 3 0.385 1.005 1.307 0.922 8.259 2.56167383 M 1 0.403 1.004 1.340 0.937 6.673 1.49429304 5.648 M 2 0.399 1.005 1.355 0.956 4.876 1.07280759 M 3 0.393 1.001 1.340 0.947 5.395 1.20541955 MH 1 0.386 1.002 1.312 0.926 7.585 1.71471409 7.914 MH 2 0.388 1.008 1.305 0.917 9.028 2.11241715 MH 3 0.383 1.010 1.321 0.938 7.129 1.62426369 H 1 0.390 1.012 1.325 0.935 7.609 1.86452660 8.202 H 2 0.390 1.003 1.309 0.919 8.375 2.03092169 H 3 0.389 1.009 1.311 0.922 8.622 2.08829169

Lampiran 8. Tabel Kadar Karbohidrat Srimping KADAR KARBOHIDRAT (BY DIFFERENCE)

  Sampel % air % abu % prot % lemak % KH wet % KH dry rata2 %KH dry B 1 80.09461590 1.52200088 14.18869350 1.64556462 2.54912509 12.806 12.990 B 2 79.93539455 1.52414794 14.28923867 1.64201362 2.60920521 13.004 B 3 80.18682399 1.51343781 14.04960979 1.64285076 2.60727765 13.159 R 1 76.93875853 1.65957960 17.29308864 1.97339977 2.13517346 9.259 9.559 R 2 76.82399760 1.86153660 17.32195488 1.43404406 2.55846685 11.039 R 3 77.00363930 1.75571017 17.36324910 1.95038168 1.92701975 8.380 P1' 1 70.10255062 1.92357654 21.66600068 1.37390876 4.93396339 16.503 14.698 P1' 2 69.28215101 2.00800310 22.03613692 1.87191687 4.80179209 15.632 P1' 3 69.36990806 2.19548693 21.99231899 2.77906160 3.66322442 11.960 P1.5' 1 69.29394884 2.17252579 21.83435767 2.51538081 4.18378689 13.625 12.959 P1.5' 2 69.09379317 2.44725442 22.08800209 2.49591501 3.87503530 12.538 P1.5' 3 69.03761870 2.31870055 22.20182789 2.50544744 3.93640543 12.714 P2' 1 69.45502880 2.12117856 21.62423555 2.36125645 4.43830065 14.530 13.459 P2' 2 69.60012118 2.64807307 21.55405210 2.65923393 3.53851972 11.640 P2' 3 68.98214217 2.26204158 21.78712392 2.56167383 4.40701850 14.208 M 1 77.60790727 1.69907748 16.94220765 1.49429304 2.25651455 10.077 10.664 M 2 77.99649737 1.84832259 16.79311552 1.07280759 2.28925692 10.404 M 3 77.65509318 1.68412321 16.88349737 1.20541955 2.57186669 11.510 MH 1 77.39284844 1.87078124 16.23187060 1.71471409 2.78978564 12.340 12.178 MH 2 76.60091775 1.87612163 16.48451499 2.11241715 2.92602848 12.505 MH 3 77.21518987 2.00601049 16.49134730 1.62426369 2.66318864 11.688 H 1 75.49479325 1.98293881 16.92290770 1.86452660 3.73483364 15.241 13.916 H 2 75.74982791 2.18916766 16.92451992 2.03092169 3.10556282 12.806 H 3 75.78061701 1.93514673 16.87807435 2.08829169 3.31787021 13.699

  65 Perpustakaan Unika

Lampiran 9. Tabel TPC Srimping

  S A M P E L 1 S A M P E L 2 S A M P E L 1 S A M P E L 2 1 0^-3 1 0^-3 rata 2 cfu /m l 1 0^-4 1 0^-4 ra ta2 cfu/m l ra ta2 lo g c fu /m l rata 2 B 1

  63

  75 69 690000

  3 21 1 2 1 200000 945000 5.975432 6.290 B 2 1 6 264 1 40 1 400000

  33

  42 37.5 3750000 2575000 6.41 0777 B 3 1 32 250 1 91 1 91 0000

  41

  43 42 4200000 3055000 6.48501 1 R 1

  6

  2 4 40000

  1

  3 2 200000 1 20000 5.0791 81 5.366 R 2 1 4 7 70000

  3 1 .5 1 50000 1 1 0000 5.041 393 R 3 6 1 5 1 0.5 1 05000

  22 1 4 1 8 1 800000 952500 5.978865 1 ' 1 1 0.5 5000

  2500 3.39794 2.758 1 ' 2 1 ' 3

  2 1 1 .5 1 50000 75000 4.875061 1 .5' 1 1 0.5 50000 25000 4.39794 1 .466 1 .5' 2

  1 .5' 3 2' 1

  0.000 2' 2 2' 3 M 1

  2

  3 2.5 25000 1 1

  7 9 900000 462500 5.6651 1 2 5.689 M 2

  2

  40 21 21 0000

  3

  2 2.5 250000 230000 5.361 728 M 3 2 1 6

  9 90000 24 1 8 21 21 00000 1 095000 6.03941 4 M H 1

  2 1 1 00000 50000 4.69897 5.21 2 M H 2

  9

  1 5 50000 4 1 0 7 700000 375000 5.574031 M H 3 1 2 20 1 6 1 60000

  3

  3 3 300000 230000 5.361 728 H 1

  1

  1 1 1 0000 5000 3.69897 4.498

  H 2 1 0.5 50000 25000 4.39794

  H 3 5 2.5 250000 250000 5.39794