EVALUASI PROSPEK EDIBLE FILM BERBASIS TEPUNG KARAGINAN DAN CMC (CARBOXYMETHYL CELLULOSE) SEBAGAI PENGEMAS BUBUK BUMBU MIE INSTAN - Unika Repository

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7. LAMPIRAN

Lampiran 1. Hasil Pengujian Kadar Air Tepung Karaginan

Ulangan

Berat

sampel

(W1) (gr)

Berat

Cawan

Kosong

(gr)

Berat

sampel

+cawan

setelah

kering

(gr)

Berat

sampel

setelah

kering

(W2) (gr)

Kehilangan

berat (W3)

Kadar air

(

wet basis

)

(%)

1 5 20.149

24.741

4.592

0.408

8.16

2 5 23.17

27.756

4.586

0.414

8.28

3 5 15.912

20.506

4.594

0.406

8.12

4 5 21.051

25.629

4.578

0.422

8.44

5 5 23.892

28.471

4.579

0.421

8.42

6 5 19.91

24.491

4.581

0.419

8.38

Rata-rata

8.3

Lampiran 2. Tabel Normalitas Pengujian Penyusutan Berat

Film

Setelah Pengeringan

Tests of Normality

.176 6 .200* .917 6 .481

.316 6 .061 .835 6 .118

.185 6 .200* .937 6 .633

.210 6 .200* .947 6 .717

PRLAKUAN A B D E SUSUT

Statistic df Sig. Statistic df Sig.

Kolmogorov-Smirnova Shapiro-Wilk

This is a lower bound of the true significance. *.

Lilliefors Significance Correction a.

Lampiran 3. Deskriptif Statistik Pengujian Penyusutan Berat

Film

Setelah Pengeringan

Descriptives

SUSUT

6 96.10139 .63550303 .25944302 95.4344705 96.7683095 95.46742 97.19101 6 95.85061 .64168731 .26196775 95.1772021 96.5240212 95.32164 96.92737 6 95.60666 .57475436 .23464249 95.0034890 96.2098244 94.87952 96.33803 6 95.25389 .47048411 .19207434 94.7601472 95.7476328 94.69274 96.06742 24 95.70314 .63195818 .12899792 95.4362845 95.9699896 94.69274 97.19101 A

B D E Total

N Mean Std. Deviation Std. Error Lower Bound Upper Bound 95% Confidence Interval for

Mean

(2)

Lampiran 4. Tabel Anova dan Post Hoc Pengujian Penyusutan Berat

Film

Setelah

Pengeringan

ANOVA

SUSUT

2.349 3 .783 2.291 .109

6.837 20 .342

9.186 23

Between Groups Within Groups Total

Sum of

Squares df Mean Square F Sig.

SUSUT

Duncana

6 95.25389

6 95.60666 95.60666 6 95.85061 95.85061

6 96.10139

.109 .180

PRLAKUAN E

D B A Sig.

N 1 2

Subset for alpha = .05

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 6.000.

a.

Lampiran 5. Tabel Normalitas Pengujian Ketebalan

Film

Tests of Normality

.202 10 .200* .948 10 .651

.177 10 .200* .947 10 .628

.229 10 .145 .877 10 .120

.163 10 .200* .942 10 .572

PER A B D E KTEBALAN

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Lampiran 6. Deskriptif Statistik Pengujian Ketebalan

Film

Descriptives

KTEBALAN

10 .05865 .001226 .000388 .05777 .05953 .057 .061

10 .06250 .002625 .000830 .06062 .06438 .058 .066

10 .06630 .003466 .001096 .06382 .06878 .062 .071

10 .06775 .003426 .001083 .06530 .07020 .063 .074

40 .06380 .004500 .000712 .06236 .06524 .057 .074

A B D E Total

N Mean Std. Deviation Std. Error Lower Bound Upper Bound

95% Confidence Interval for Mean

Minimum Maximum

Lampiran 7. Tabel Anova dan Post Hoc Pengujian Ketebalan

Film

ANOVA

KTEBALAN

.001 3 .000 20.770 .000

.000 36 .000

.001 39

Sum of

KTEBALAN

Duncana

10 .05865

10 .06250

10 .06630

10 .06775

1.000 1.000 .260

PER A B D E Sig.

N 1 2 3

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 10.000. a.

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Lampiran 8. Tabel Normalitas Pengujian Gramatur

Film

Tests of Normality

.157 6 .200* .965 6 .859

.278 6 .160 .920 6 .503

.197 6 .200* .902 6 .386

.224 6 .200* .960 6 .817

PRLAKUAN A

B D E GRAMATUR

Lampiran 9. Deskriptif Statistik Pengujian Gramatur

Film

Descriptives

GRAMATUR

6 168.267 15.7692 6.4377 151.718 184.815 146.8 188.6

6 171.100 22.1764 9.0535 147.827 194.373 135.8 195.8

6 170.433 9.2987 3.7962 160.675 180.192 154.3 179.4

6 174.700 13.1615 5.3731 160.888 188.512 154.2 193.6

24 171.125 14.9337 3.0483 164.819 177.431 135.8 195.8

A B D E Total

Minimum Maximum

Lampiran 10. Tabel Anova dan Post Hoc Pengujian Gramatur

Film

ANOVA

GRAMATUR

128.578 3 42.859 .171 .914

5000.747 20 250.037

5129.325 23

Sum of

(5)

GRAMATUR

Duncana

6 168.267

6 170.433

6 171.100

6 174.700

.527 PRLAKUAN

A D B E Sig.

N 1

Subset for alpha

= .05

a.

Lampiran 11. Tabel Normalitas Pengujian Kekuatan Regang (

Tensile Strength

)

Film

Tests of Normality

.170 6 .200* .956 6 .790

.263 6 .200* .882 6 .279

.270 6 .195 .805 6 .066

.247 6 .200* .915 6 .467

PRLAKUAN A

B D E KUAT_RGG

Lampiran 12. Deskriptif Statistik Pengujian Kekuatan Regang (

Tensile Strength

)

Film

Descriptives

KUAT_RGG

6 85.99017 25.787738 10.527800 58.92760 113.05274 55.735 125.993

6 56.71385 20.357928 8.311089 35.34951 78.07819 32.921 80.972

6 64.64800 17.626592 7.196026 46.15003 83.14597 49.772 87.942

6 65.93667 19.638026 8.017191 45.32782 86.54551 41.122 92.024

24 68.32217 22.530767 4.599074 58.80826 77.83608 32.921 125.993

A B D E Total

Minimum Maximum

(6)

Lampiran 13. Tabel Anova dan Post Hoc Pengujian Kekuatan Regang (

Tensile Strength

)

Film

ANOVA

KUAT_RGG

2796.608 3 932.203 2.100 .132

8879.007 20 443.950

11675.615 23

Sum of

KUAT_RGG

Duncana

6 56.71385

6 64.64800 64.64800

6 65.93667 65.93667

6 85.99017

.483 .111

PRLAKUAN B

D E A Sig.

N 1 2

a.

Lampiran 14. Tabel Normalitas Pengujian Persen Pemanjangan Saat Putus (

Elongation at

Break

)

Film

Tests of Normality

.228 6 .200* .892 6 .328

.286 6 .135 .854 6 .171

.242 6 .200* .920 6 .503

.202 6 .200* .972 6 .904

PRLAKUAN A

B D E PMNJGAN

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Lampiran 15. Deskriptif Statistik Pengujian Persen Pemanjangan Saat Putus (

Elongation at

Break

)

Film

Descriptives

PMNJGAN

6 48.09483 14.290855 5.834217 33.09750 63.09217 31.106 64.846

6 42.53983 18.536281 7.567405 23.08720 61.99247 24.565 77.338

6 44.30483 14.492961 5.916727 29.09540 59.51426 24.283 63.359

6 57.77883 24.360161 9.944994 32.21441 83.34325 18.949 92.965

24 48.17958 18.166222 3.708165 40.50866 55.85051 18.949 92.965

A B D E Total

Minimum Maximum

Lampiran 16. Tabel Anova dan Post Hoc Pengujian Persen Pemanjangan Saat Putus

(

Elongation at Break

)

Film

ANOVA

PMNJGAN

833.840 3 277.947 .823 .497

6756.428 20 337.821

7590.268 23

Sum of

PMNJGAN

Duncana

6 42.53983

6 44.30483

6 48.09483

6 57.77883

.202 PRLAKUAN

B D A E Sig.

N 1

Subset for alpha

= .05

a.

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Lampiran 17. Tabel Normalitas Pengujian Aw, Kadar Air Bubuk Bumbu Mie Instan, Kadar

Air

Film

Sebagai Pengemas Bubuk Bumbu Mie Instan, Angka TBA Bubuk Bumbu Mie

Instan Selama Penyimpanan

ASLT

Tests of Normality

Kolmogorov-Smirnov(a) Shapiro-Wilk

PERL Statistic df Sig. Statistic df Sig.

A,H-0 .287 6 .133 .885 6 .293

B,H-0 _.132 ₆ _.200(*) _.982 ₆ _.962

D,H-0 .266 6 .200(*) .856 6 .176

E,H-0 _.161 ₆ _.200(*) _.970 ₆ _.894

A,H-6 .166 6 .200(*) .977 6 .938

B,H-6 .168 6 .200(*) .940 6 .658

D,H-6 _.205 ₆ _.200(*) _.955 ₆ _.784

E,H-6 .188 6 .200(*) .923 6 .525

A,H-12 _.179 ₆ _.200(*) _.962 ₆ _.837

B,H-12 .287 6 .133 .885 6 .293

D,H-12 _.257 ₆ _.200(*) _.849 ₆ _.154

E,H-12 .202 6 .200(*) .950 6 .737

A,H-21 _.202 ₆ _.200(*) _.950 ₆ _.737

B,H-21 .174 6 .200(*) .971 6 .900

D,H-21 _.240 ₆ _.200(*) _.902 ₆ _.385

E,H-21 .230 6 .200(*) .870 6 .227

A,H-21 _.241 ₆ _.200(*) _.927 ₆ _.553

B,H-24 .157 6 .200(*) .926 6 .546

D,H-24 _.245 ₆ _.200(*) _.870 ₆ _.228

E,H-24 .166 6 .200(*) .961 6 .828

A,H-30 _.188 ₆ _.200(*) _.917 ₆ _.481

B,H-30 .212 6 .200(*) .964 6 .851

D,H-30 _.274 ₆ _.177 _.933 ₆ _.601

E,H-30 .189 6 .200(*) .955 6 .779

A,H-36 .240 6 .200(*) .899 6 .365

B,H-36 .192 6 .200(*) .971 6 .896

D,H-36 .221 6 .200(*) .954 6 .772

KAP

E,H-36 .282 6 .148 .925 6 .545

A,H-0 .291 6 .121 .889 6 .312

B,H-0 _.196 ₆ _.200(*) _.896 ₆ _.349

D,H-0 .167 6 .200(*) .977 6 .937

E,H-0 _.184 ₆ _.200(*) _.957 ₆ _.799

A,H-6 .236 6 .200(*) .885 6 .294

B,H-6 _.299 ₆ _.102 _.878 ₆ _.259

D,H-6 .206 6 .200(*) .915 6 .473

KAB

E,H-6 _.304 ₆ _.087 _.881 ₆ _.273

(9)

A,H-12 _.249 ₆ _.200(*) _.847 ₆ _.150

B,H-12 .185 6 .200(*) .950 6 .739

D,H-12 .167 6 .200(*) .975 6 .926

E,H-12 .193 6 .200(*) .921 6 .516

A,H-21 .248 6 .200(*) .886 6 .295

B,H-21 _.255 ₆ _.200(*) _.883 ₆ _.285

D,H-21 .265 6 .200(*) .941 6 .667

E,H-21 _.133 ₆ _.200(*) _.987 ₆ _.979

A,H-21 .254 6 .200(*) .864 6 .203

B,H-24 _.199 ₆ _.200(*) _.937 ₆ _.634

D,H-24 .194 6 .200(*) .904 6 .399

E,H-24 _.245 ₆ _.200(*) _.900 ₆ _.376

A,H-30 .187 6 .200(*) .967 6 .872

B,H-30 _.263 ₆ _.200(*) _.934 ₆ _.608

D,H-30 .134 6 .200(*) .994 6 .997

E,H-30 _.182 ₆ _.200(*) _.934 ₆ _.612

A,H-36 .238 6 .200(*) .915 6 .472

B,H-36 _.212 ₆ _.200(*) _.939 ₆ _.649

D,H-36 .173 6 .200(*) .959 6 .813

E,H-36 _.220 ₆ _.200(*) _.952 ₆ _.760

A,H-0 .228 6 .200(*) .928 6 .566

B,H-0 .246 6 .200(*) .947 6 .712

D,H-0 _.245 ₆ _.200(*) _.943 ₆ _.687

E,H-0 .177 6 .200(*) .938 6 .646

A,H-6 _.235 ₆ _.200(*) _.900 ₆ _.375

B,H-6 .200 6 .200(*) .925 6 .539

D,H-6 _.175 ₆ _.200(*) _.978 ₆ _.939

E,H-6 .265 6 .200(*) .930 6 .577

A,H-12 _.252 ₆ _.200(*) _.935 ₆ _.619

B,H-12 .144 6 .200(*) .982 6 .960

D,H-12 _.195 ₆ _.200(*) _.963 ₆ _.843

E,H-12 .179 6 .200(*) .964 6 .853

A,H-21 _.202 ₆ _.200(*) _.882 ₆ _.277

B,H-21 .196 6 .200(*) .977 6 .935

D,H-21 _.197 ₆ _.200(*) _.895 ₆ _.348

E,H-21 .280 6 .153 .799 6 .058

A,H-21 _.142 ₆ _.200(*) _.978 ₆ _.940

B,H-24 .303 6 .091 .783 6 .041

D,H-24 _.292 ₆ _.119 _.897 ₆ _.354

E,H-24 .334 6 .035 .810 6 .073

A,H-30 .190 6 .200(*) .926 6 .553

B,H-30 .163 6 .200(*) .957 6 .800

D,H-30 .204 6 .200(*) .954 6 .770

E,H-30 .311 6 .071 .801 6 .060

AW

A,H-36 .204 6 .200(*) .954 6 .776

(10)

B,H-36 _.247 ₆ _.200(*) _.907 ₆ _.417

D,H-36 .225 6 .200(*) .938 6 .639

E,H-36 .228 6 .200(*) .898 6 .360

A,H-0 .252 6 .200(*) .876 6 .252

B,H-0 .270 6 .196 .856 6 .175

D,H-0 _.211 ₆ _.200(*) _.947 ₆ _.713

E,H-0 .236 6 .200(*) .906 6 .413

A,H-6 _.191 ₆ _.200(*) _.963 ₆ _.842

B,H-6 .180 6 .200(*) .959 6 .814

D,H-6 _.257 ₆ _.200(*) _.840 ₆ _.130

E,H-6 .232 6 .200(*) .858 6 .182

A,H-12 _.194 ₆ _.200(*) _.924 ₆ _.533

B,H-12 .184 6 .200(*) .978 6 .939

D,H-12 _.265 ₆ _.200(*) _.815 ₆ _.080

E,H-12 .293 6 .116 .833 6 .113

A,H-21 _.181 ₆ _.200(*) _.926 ₆ _.547

B,H-21 .255 6 .200(*) .874 6 .242

D,H-21 _.203 ₆ _.200(*) _.940 ₆ _.658

E,H-21 .171 6 .200(*) .939 6 .650

A,H-21 _.216 ₆ _.200(*) _.918 ₆ _.491

B,H-24 .248 6 .200(*) .935 6 .618

D,H-24 .165 6 .200(*) .933 6 .605

E,H-24 _.228 ₆ _.200(*) _.922 ₆ _.517

A,H-30 .291 6 .122 .800 6 .059

B,H-30 _.299 ₆ _.101 _.899 ₆ _.366

D,H-30 .196 6 .200(*) .925 6 .540

E,H-30 _.227 ₆ _.200(*) _.908 ₆ _.422

A,H-36 .256 6 .200(*) .837 6 .122

B,H-36 _.330 ₆ _.040 _.822 ₆ _.092

D,H-36 .213 6 .200(*) .963 6 .841

TBA

E,H-36 _.175 ₆ _.200(*) _.956 ₆ _.790

* This is a lower bound of the true significance. a Lilliefors Significance Correction

(11)

Lampiran 18. Deskriptif Statistik Pengujian Aw Bubuk Bumbu Mie Instan Selama

Penyimpanan

ASLT

Descriptive Statistics

Dependent Variable: AW

.46650 .010728 6

.45717 .012813 6

.44033 .007448 6

.45183 .015587 6

.45396 .014796 24

.47133 .021257 6

.46433 .004457 6

.48450 .011023 6

.47767 .009395 6

.47446 .014368 24

.48500 .013900 6

.48750 .008689 6

.49750 .009854 6

.49867 .011165 6

.49217 .012006 24

.49367 .014487 6

.49583 .010944 6

.50400 .005831 6

.51700 .013842 6

.50263 .014425 24

.49900 .015925 6

.50200 .025861 6

.51300 .025004 6

.52483 .032689 6

.50971 .026013 24

.53067 .009416 6

.53817 .009888 6

.54133 .012469 6

.56783 .015118 6

.54450 .018140 24

.55767 .014320 6

.58433 .013231 6

.59833 .011413 6

.60483 .006306 6

.58629 .021491 24

.50055 .033652 42

.50419 .043333 42

.51129 .047617 42

.52038 .051415 42

.50910 .044748 168

VAR A B D E Total A B D E Total A B D E Total A B D E Total A B D E Total A B D E Total A B D E Total A B D E Total HARI ke-0 ke-6 ke-12 ke-21 ke-24 ke-30 ke-36 Total

Mean Std. Deviation N

(12)

Lampiran 19. Post Hoc Pengujian Aw Bubuk Bumbu Mie Instan Selama Penyimpanan

ASLT

AW

Tukey HSDa,b

24 .45396

24 .47446

24 .49217

24 .50263 .50263

24 .50971

24 .54450

24 .58629

1.000 1.000 .180 .637 1.000 1.000

HARI ke-0 ke-6 ke-12 ke-21 ke-24 ke-30 ke-36 Sig.

N 1 2 3 4 5 6

Subset

Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares

The error term is Mean Square(Error) = .000. Uses Harmonic Mean Sample Size = 24.000. a.

Alpha = .05. b.

AW

Tukey HSDa,b

42 .50055

42 .50419 .50419

42 .51129

42 .52038

.668 .125 1.000

VAR A B D E Sig.

N 1 2 3

Subset

Alpha = .05. b.

(13)

Lampiran 20. Deskriptif Statistik Pengujian Kadar Air Bubuk Bumbu Mie Instan Selama

Penyimpanan

ASLT

Descriptive Statistics

Dependent Variable: KAB

1.3067 .05241 6

1.3433 .04274 6

1.3900 .06164 6

1.2900 .02608 6

1.3325 .05922 24

2.1267 .09564 6

2.0750 .05753 6

1.7733 .08189 6

1.8550 .09955 6

1.9575 .17022 24

2.3400 .04472 6

2.2567 .07005 6

2.0000 .06753 6

2.0233 .06186 6

2.1550 .16043 24

2.6617 .04070 6

2.5417 .05565 6

2.6817 .06824 6

2.5050 .04764 6

2.5975 .09223 24

2.7183 .08280 6

2.6050 .06091 6

2.7300 .05550 6

2.5800 .10159 6

2.6583 .09916 24

3.7483 .16204 6

3.8050 .14167 6

3.7267 .08914 6

3.7083 .08134 6

3.7471 .12088 24

4.6467 .13837 6

4.3633 .04761 6

4.6883 .06853 6

4.1450 .11185 6

4.4608 .24374 24

2.7926 1.03262 42

2.7129 .97388 42

2.7129 1.08888 42

2.5867 .95757 42

2.7013 1.00812 168

(14)

Lampiran 21. Post Hoc Pengujian Kadar Air Bubuk Bumbu Mie Instan Selama

Penyimpanan

ASLT

KAB

Tukey HSDa,b

24 1.3325

24 1.9575

24 2.1550

24 2.5975

24 2.6583

24 3.7471

24 4.4608

1.000 1.000 1.000 .144 1.000 1.000

N 1 2 3 4 5 6

Subset

Alpha = .05. b.

KAB

Tukey HSDa,b

42 2.5867

42 2.7129

42 2.7926

1.000 1.000 1.000

VAR E B D A Sig.

N 1 2 3

Subset

Alpha = .05. b.

(15)

Lampiran 22. Deskriptif Statistik Pengujian Kadar Air

Film

Sebagai Pengemas Selama

Penyimpanan

ASLT

Descriptive Statistics

Dependent Variable: KAP

10.5083 .27331 6

10.2450 .23637 6

10.3867 .27573 6

10.2550 .28077 6

10.3487 .27234 24

10.8183 .16702 6

10.3467 .31213 6

10.5700 .30874 6

10.5467 .29642 6

10.5704 .31034 24

10.8533 .18468 6

10.5083 .27331 6

10.7200 .25853 6

10.8650 .28219 6

10.7367 .27751 24

10.8650 .28219 6

10.9000 .26661 6

11.0383 .31378 6

10.9317 .15842 6

10.9338 .25300 24

10.9833 .22739 6

10.9717 .04750 6

11.1117 .24392 6

11.0767 .24022 6

11.0358 .20233 24

11.6433 .23847 6

11.5500 .19432 6

11.6183 .10362 6

11.5917 .08472 6

11.6008 .16035 24

12.3417 .15766 6

11.9883 .06306 6

12.1633 .12307 6

11.9117 .07414 6

12.1013 .19885 24

11.1448 .62549 42

10.9300 .63787 42

11.0869 .62718 42

11.0255 .57392 42

11.0468 .61624 168

(16)

Lampiran 23. Post Hoc Pengujian Kadar Air

Film

Sebagai Pengemas Selama Penyimpanan

ASLT

KAP

Tukey HSDa,b

24 10.3487

24 10.5704

24 10.7367

24 10.9338

24 11.0358

24 11.6008

24 12.1013

1.000 .158 .714 1.000 1.000

N 1 2 3 4 5

Subset

Alpha = .05. b.

KAP

Tukey HSDa,b

42 10.9300

42 11.0255 11.0255

42 11.0869

42 11.1448

.225 .082

VAR B E D A Sig.

N 1 2

Subset

The error term is Mean Square(Error) = .052.

Uses Harmonic Mean Sample Size = 42.000. a.

Alpha = .05. b.

(17)

Lampiran 24. Deskriptif Statistik Pengujian Angka TBA Bubuk Bumbu Mie Instan Selama

Penyimpanan

ASLT

Descriptive Statistics

Dependent Variable: TBA

.18033 .018129 6

.19317 .013761 6

.17783 .010458 6

.18667 .005279 6

.18450 .013394 24

.65067 .043385 6

.46450 .030995 6

.62167 .027580 6

.56383 .020134 6

.57517 .078428 24

1.02000 .067133 6

.78700 .067679 6

.95817 .064778 6

.77200 .040229 6

.88429 .123395 24

1.36400 .041819 6

1.09717 .107431 6

1.18867 .202401 6

1.03383 .048073 6

1.17092 .168600 24

1.38350 .036098 6

1.24050 .056302 6

1.32817 .038773 6

1.18317 .020014 6

1.28383 .087314 24

1.54850 .070662 6

1.46050 .022215 6

1.47817 .038685 6

1.32717 .022868 6

1.45358 .091220 24

1.74383 .048812 6

1.61933 .064701 6

1.68833 .067749 6

1.52283 .007885 6

1.64358 .097676 24

1.12726 .517345 42

.98031 .493506 42

1.06300 .496350 42

.94136 .436037 42

1.02798 .487761 168

(18)

Lampiran 25. Post Hoc Pengujian Angka TBA Bubuk Bumbu Mie Instan Selama

Penyimpanan

ASLT

TBA

Tukey HSDa,b

24 .18450

24 .57517

24 .88429

24 1.17092

24 1.28383

24 1.45358

24 1.64358

1.000 1.000 1.000 1.000 1.000 1.000 1.000

N 1 2 3 4 5 6 7

Subset

Alpha = .05. b.

TBA

Tukey HSDa,b

42 .94136

42 .98031

42 1.06300

42 1.12726

1.000 1.000 1.000 1.000

VAR E B D A Sig.

N 1 2 3 4

Subset

The error term is Mean Square(Error) = .004.

Uses Harmonic Mean Sample Size = 42.000. a.

Alpha = .05. b.

(19)

Lampiran 26. Korelasi Antara Pengujian Kimia Selama Penyimpanan

ASLT

Correlations

1 .916** .834** .835**

. .000 .000 .000

168 168 168 168

.916** 1 .890** .908**

.000 . .000 .000

168 168 168 168

.834** .890** 1 .808**

.000 .000 . .000

168 168 168 168

.835** .908** .808** 1

.000 .000 .000 .

168 168 168 168

Pearson Correlation Sig. (2-tailed) N

KAP

KAB

AW

TBA

KAP KAB AW TBA

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

(20)

Lampiran 27. Gambar

Edible Film

yang Dihasilkan Dari Perlakuan Pendahuluan (Tabel 4)

(21)

Lampiran 28. Fotomikroskop

Film

Berbasis Tepung Karaginan dan

CMC

dari Hasil Perlakuan Pendahuluan (Tabel 4) dengan

Perbesaran 10 X

A (

Karaginan 3 %w/v – CMC 0.5 %w/v)

B (

Karaginan 3 %w/v – CMC 0.75 %w/v)

C (

Karaginan 3 %w/v – CMC 1 %w/v)

D (

Karaginan 3.5 %w/v – CMC 0.5 %w/v)

E (

Karaginan 3.5 %w/v – CMC 0.75 %w/v)

F (

Karaginan 3.5 %w/v – CMC 1 %w/v)

(22)

Lampiran 29. Gambar Kemasan Kontrol dan Kemasan

Edible Film

Berbasis Tepung Karaginan dan CMC (Carboxymethyl

Cellulose) Sebagai Pengemas Bubuk Bumbu Mie Instan

Alu/PE

Edible film

(23)

Lampiran 30. Gambar Bubuk Bumbu Mie Instan Kemasan Kontrol dan Bubuk Bumbu Mie Instan Kemasan

Edible Film

Selama

Penyimpanan

ASLT

Penyimpanan

Hari

ASLT

1)

Konversi

ASLT Bulan

2)

Bubuk Bumbu (Kontrol)

Bubuk Bumbu dengan Pengemas

Edible

0 0

(24)

6 1.21

12 2.42

(25)

21 4.24

24

4.84

(26)

30

6.06

36

7.27