7. LAMPIRAN 7.1. Syarat Mutu Mikrobiologis Ayam SNI 7388:2009 - PENGARUH DOSIS KROMANON DEAMINA TERHADAP KADAR AIR, pH, AKTIVITAS AIR DAN TOTAL MIKROBA DAGING AYAM BROILER PRE-RIGORMORTIS DAN PASCA RIGORMORTIS - Unika Repository

(1)

62

7.

LAMPIRAN

7.1.

Syarat Mutu Mikrobiologis Ayam SNI 7388:2009

No. Jenis Cemaran Mikroba

Satuan

Persyaratan

1.

Total Mikroba (

Total Plate Count

) CFU/g

Maksimum 1x10

6

2.

Koliform

CFU/g

Maksimum 1x10

2

3.

Salmonella sp.

Per 25 g

Negatif

4.

Staphylococcus aureus

CFU/g

Maksimum 1x10

2

5.

Escherichia coli

CFU/g

Maksimum 1x10

1

6.

Campylobacter sp.

Per 25 g

Negatif

7.2.

Foto

(a)

(b)

(c)

(d)

Gambar 13. Perkembangan dan Pertumbuhan Hewan Uji: (a)

Day Old Chicken

(DOC), (b)

(2)

7.3.

Hasil Analisa Data

Lampiran 1. Tabel Hasil Uji Normalitas Kadar Air, pH dan Aw Tiap Bagian Daging Ayam

Tests of No rmal ity

.308 5 .137 .854 5 .207

.240 5 .200* .944 5 .698

.144 5 .200* .993 5 .988

.198 5 .200* .925 5 .564

.293 5 .185 .909 5 .460

.218 5 .200* .906 5 .446

.275 5 .200* .927 5 .577

.138 5 .200* .986 5 .966

.220 5 .200* .924 5 .554

.192 5 .200* .919 5 .522

.236 5 .200* .955 5 .774

.153 5 .200* .989 5 .975

.232 5 .200* .918 5 .515

.280 5 .200* .914 5 .490

.213 5 .200* .895 5 .380

.164 5 .200* .991 5 .983

.253 5 .200* .934 5 .627

.279 5 .200* .859 5 .225

.225 5 .200* .942 5 .678

.149 5 .200* .994 5 .991

.173 5 .200* .974 5 .897

.191 5 .200* .961 5 .815

.328 5 .084 .836 5 .155

.286 5 .200* .856 5 .213

.295 5 .180 .888 5 .346

.199 5 .200* .949 5 .729

.261 5 .200* .933 5 .619

.200 5 .200* .949 5 .731

.320 5 .105 .843 5 .174

.338 5 .063 .806 5 .090

dos is dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dada_0

paha_0

say ap_0

dada_5

paha_5

say ap_5

Stat is tic df Sig. Stat is tic df Sig.

Kolmogorov -Sm irnova Shapiro-Wilk

This is a lower bound of the true signif ic ance. *.

(3)

Tes ts of No r mal ity

.1 36 5 .2 00* .9 87 5 .9 67

.2 15 5 .2 00* .9 33 5 .6 16

.2 27 5 .2 00* .9 15 5 .4 97

.3 13 5 .1 22 .8 20 5 .1 17

.2 41 5 .2 00* .9 52 5 .7 49

.2 33 5 .2 00* .9 44 5 .6 93

.2 47 5 .2 00* .8 91 5 .3 61

.1 97 5 .2 00* .9 21 5 .5 39

.2 72 5 .2 00* .8 56 5 .2 13

.1 73 5 .2 00* .9 70 5 .8 75

.2 24 5 .2 00* .8 42 5 .1 71

.1 96 5 .2 00* .9 68 5 .8 59

.2 23 5 .2 00* .9 25 5 .5 65

.2 22 5 .2 00* .9 45 5 .7 01

.1 41 5 .2 00* .9 79 5 .9 28

.1 57 5 .2 00* .9 90 5 .9 79

.2 94 5 .1 81 .8 25 5 .1 27

.2 26 5 .2 00* .9 12 5 .4 78

.2 41 5 .2 00* .9 08 5 .4 58

.1 75 5 .2 00* .9 74 5 .8 99

.1 72 5 .2 00* .9 65 5 .8 44

.1 98 5 .2 00* .9 57 5 .7 87

.2 13 5 .2 00* .9 63 5 .8 26

.2 56 5 .2 00* .9 33 5 .6 20

.2 08 5 .2 00* .9 67 5 .8 59

.1 80 5 .2 00* .9 42 5 .6 77

.2 62 5 .2 00* .8 68 5 .2 58

.1 59 5 .2 00* .9 90 5 .9 80

.1 47 5 .2 00* .9 95 5 .9 94

.2 61 5 .2 00* .8 59 5 .2 23

dos is dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dad a_0

pah a_0

say ap _0

dad a_5

pah a_5

say ap _5

Kolmo goro v -Sm irno va Shapiro-Wilk

This is a lower boun d of the tru e sign if ic ance. * .

Lillief ors Signif icance Correc tion a.

Tes ts of No rmali ty

.2 11 5 .2 00* .9 65 5 .8 44

.1 64 5 .2 00* .9 81 5 .9 42

.1 57 5 .2 00* .9 90 5 .9 79

.1 89 5 .2 00* .9 62 5 .8 23

.2 58 5 .2 00* .9 02 5 .4 19

.2 02 5 .2 00* .9 20 5 .5 30

.1 93 5 .2 00* .9 47 5 .7 15

.2 40 5 .2 00* .9 27 5 .5 74

.3 19 5 .1 06 .7 84 5 .0 59

.2 31 5 .2 00* .8 86 5 .3 39

.2 02 5 .2 00* .9 15 5 .5 01

.2 33 5 .2 00* .8 84 5 .3 29

.2 24 5 .2 00* .9 19 5 .5 23

.2 20 5 .2 00* .9 67 5 .8 57

.2 06 5 .2 00* .9 43 5 .6 87

.2 25 5 .2 00* .8 71 5 .2 72

.1 48 5 .2 00* .9 86 5 .9 65

.3 18 5 .1 09 .7 71 5 .0 46

.2 36 5 .2 00* .9 53 5 .7 58

.1 82 5 .2 00* .9 46 5 .7 11

.2 45 5 .2 00* .9 51 5 .7 47

.2 40 5 .2 00* .9 02 5 .4 21

.1 67 5 .2 00* .9 61 5 .8 15

.1 98 5 .2 00* .9 39 5 .6 58

.2 87 5 .2 00* .9 14 5 .4 90

.2 25 5 .2 00* .9 53 5 .7 61

.2 03 5 .2 00* .9 22 5 .5 43

.2 01 5 .2 00* .9 50 5 .7 34

.1 66 5 .2 00* .9 89 5 .9 77

.2 13 5 .2 00* .9 39 5 .6 56

dos is dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dos is 0 dos is 1 dos is 5 dos is 10 dos is 50 dad a0

pah a0

say ap 0

dad a5

pah a5

say ap 5

Kolmo goro v -Sm irnova Shapiro-Wilk

This is a lower b ound of t he t rue signif icanc e. * .

(4)

Lampiran 2. Tabel ANOVA dan

Post

Hoc

Pengaruh Dosis Kromanon Deamina pada Kadar

Air, pH dan Aw Tiap Bagian Daging Ayam

ANOVA

10. 715 4 2. 679 7. 231 .001

7. 408 20 .370

18. 123 24

13. 458 4 3. 364 5. 392 .004

12. 480 20 .624

25. 938 24

90. 861 4 22. 715 10. 904 .000

41. 664 20 2. 083

132.525 24

13. 049 4 3. 262 1. 467 .249

44. 464 20 2. 223

57. 513 24

17. 546 4 4. 386 2. 127 .115

41. 254 20 2. 063

58. 800 24

65. 332 4 16. 333 2. 275 .097

143.575 20 7. 179

208.907 24

Between Groups Within Groups Tot al

dada_0

paha_0

say ap_0

dada_5

paha_5

say ap_5

Sum of

Squares df Mean Square F Sig.

dada_0 Duncana

5 74. 01040

5 74. 86580

5 74. 86900

5 75. 10040

5 76. 05840

1. 000 .572 1. 000

dos is dos is 1 dos is 10 dos is 50 dos is 5 dos is 0 Sig.

N 1 2 3

Subset f or alpha = .05

Means f or groups in homogeneous subs ets are display ed. Uses Harmonic Mean Sample Size = 5. 000. a.

dada_5

Duncana

5 71. 51200 5 72. 30940 5 72. 66780 5 73. 33960 5 73. 50100 .071 dos is

dos is 50 dos is 10 dos is 1 dos is 5 dos is 0 Sig.

N 1

Subset f or alpha

= .05

Means f or groups in homogeneous subsets are display ed. Uses Harmonic Mean Sample Size = 5. 000. a.

paha_0

Duncan

a

5

74. 92720

5

75. 43300

5

76. 45120

5

76. 57680

5

76. 83220

.323

.055

.480

dos is

dos is 10

dos is 5

dos is 50

dos is 1

dos is 0

Sig.

N

1

2

3

Means f or groups in homogeneous subs ets are display ed.

Uses Harmonic Mean Sample Size = 5. 000.

a.

paha_5

Duncana

5 72. 86440

5 73. 86480 73. 86480 5 74. 58340 74. 58340 5 74. 74900 74. 74900

5 75. 29060

.070 .165

N 1 2

Means f or groups in homogeneous subsets are display ed.

(5)

sayap_0 Duncana

5 68. 41800

5 72. 45640

5 72. 87580

5 73. 16900

5 73. 75820

1. 000 .206

N 1 2

sayap_5

Duncana

5 67. 47540

5 70. 94900 70. 94900

5 71. 20460

5 71. 35400

5 72. 09960

.054 .542

N 1 2

ANOVA

.113 4 .028 7. 853 .001

.072 20 .004

.185 24

.128 4 .032 4. 135 .013

.155 20 .008

.282 24

.329 4 .082 27. 405 .000

.060 20 .003

.389 24

.130 4 .032 12. 032 .000

.054 20 .003

.184 24

.106 4 .026 6. 552 .002

.081 20 .004

.186 24

.286 4 .071 25. 051 .000

.057 20 .003

.343 24

Between Groups Within Groups Tot al

dada_0

paha_0

say ap_0

dada_5

paha_5

say ap_5

Sum of

Squares df Mean Square F Sig.

dada_0

Duncan

a

5

6.0160

5

6.0320

5

6.0480

5

6.1080

5

6.2000

.435

.071

1.000

dos is

dos is 1

dos is 50

dos is 10

dos is 5

dos is 0

Sig.

N

1

2

3

Uses Harmonic Mean Sample Size = 5.000.

a.

dada_5

Duncan

a

5

5.9080

5

5.9240

5

5.9600

5

6.0180

5

6.1060

.149

.093

1.000

dosis

dosis 50

dosis 1

dosis 10

dosis 5

dosis 0

Sig.

N

1

2

3

Means f or groups in homogeneous subsets are displayed.

(6)

paha_0 Duncana

5 6. 3400

5 6. 3620

5 6. 4440 6. 4440

5 6. 4920

5 6. 5240

.091 .188

N 1 2

paha_5

Duncan

a

5

6. 2060

5

6. 2260

5

6. 3020

5

6. 3460

5

6. 3720

.624

.073

.114

dos is

dos is 0

dos is 50

dos is 10

dos is 5

dos is 1

Sig.

N

1

2

3

Uses Harmonic Mean Sample Size = 5. 000.

a.

sayap_0

Duncan

a

5

5.9800

5

6.1880

5

6.2640

5

6.2780

5

6.2840

1.000

.592

dosis

dosis 1

dosis 50

dosis 10

dosis 0

dosis 5

Sig.

N

1

2

3

Means f or groups in homogeneous subsets are displayed.

a.

sayap_5

Duncan

a

5

5.8800

5

6.0780

5

6.1440

5

6.1560

5

6.1660

1.000

.065

.546

dos is

dos is 1

dos is 50

dos is 5

dos is 10

dos is 0

Sig.

N

1

2

3

Subset f or alpha = .05

a.

ANOVA

.000

4

.000

5. 820

.003

.000

20

.000

.001

24

.000

4

.000

1. 671

.196

.001

20

.000

.001

24

.000

4

.000

3. 906

.017

.000

20

.000

.001

24

.000

4

.000

1. 499

.240

.001

20

.000

.001

24

.000

4

.000

2. 083

.121

.000

20

.000

.001

24

.000

4

.000

3. 692

.021

.000

20

.000

.001

24

Between Groups

Within Groups

Tot al

Between Groups

Within Groups

Tot al

Between Groups

Within Groups

Tot al

Between Groups

Within Groups

Tot al

Between Groups

Within Groups

Tot al

Between Groups

Within Groups

Tot al

dada0

paha0

say ap0

dada5

paha5

say ap5

Sum of

(7)

dada0

Duncan

a

5

.93660

5

.93880

5

.94140

5

.94500

5

.94860

.121

.216

dos is

dos is 50

dos is 1

dos is 10

dos is 0

dos is 5

Sig.

N

1

2

3

Uses Harmonic Mean Sample Size = 5.000.

a.

dada5 Duncana

5 .92460

5 .92740 .92740

5 .92820 .92820

5 .92980 .92980

5 .93240

.168 .184

N 1 2

paha0

Duncan

a

5

.94300

5

.94700

5

.94800

5

.95020

5

.95140

.077

.271

dos is

dos is 50

dos is 10

dos is 0

dos is 5

dos is 1

Sig.

N

1

2

Uses Harmonic Mean Sample Size = 5. 000.

a.

paha5

Duncan

a

5

.93080

5

.93380

5

.93560

5

.93760

5

.93860

.053

.164

dos is

dos is 50

dos is 10

dos is 0

dos is 1

dos is 5

Sig.

N

1

2

Uses Harmonic Mean Sample Size = 5. 000.

a.

sayap0

Duncan

a

5

.93120

5

.93400

5

.93580

5

.94040

5

.94120

.167

.059

.107

dosis

dosis 50

dosis 0

dosis 10

dosis 1

dosis 5

Sig.

N

1

2

3

Subset f or alpha = .05

Means f or groups in homogeneous subsets are displayed.

a.

sayap5 Duncana

5 .91820

5 .91920

5 .92300 .92300

5 .92580

5 .92680

.123 .218

N 1 2

(8)

Lampiran 3. Tabel Hasil Uji Korelasi

Pearson

Nilai Kadar Air, pH dan Aw Tiap Bagian

Daging Ayam

Lampiran 4. Tabel Hasil Uji

Independent Samples

T-Test

Kadar Air Bagian Dada

Co rrelati on s

1

.375**

.581**

.000

150

.375**

1

.669**

.000

150

.581**

.669**

1

.000

150

Pears on C orrelation

Sig. (1-t ailed)

N

Sig. (1-t ailed)

N

Sig. (1-t ailed)

N

kadar_air

pH

Aw

kadar_air

pH

Aw

Correlat ion is signif icant at the 0. 01 lev el (1-t ailed).

**.

Group Statistics

5

76. 0584

.73757

.32985

5

73. 5010

.79738

.35660

perlakuan

dos is 0 jam 0

dos is 0 jam 5

kadar_air_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.011 .918 5. 265 8 .001 2. 55740 .48576 1. 43723 3. 67757

5. 265 7. 952 .001 2. 55740 .48576 1. 43605 3. 67875

Equal v ariances ass umed Equal v ariances not as sumed kadar_air_dada

F Sig.

Lev ene's Test f or Equality of Varianc es

t df Sig. (2-t ailed)

Mean Dif f erence

Std. Error

Dif f erence Lower Upper 95% Conf idenc e

Interv al of the Dif f erence t-test f or Equality of Means

Group Statistics

5

74. 01040

.669624

.299465

5

72. 66780

.955636

.427373

perlakuan

dos is 1 jam 0

dos is 1 jam 5

kadar_air_dada

N

Mean

Std. Dev iation

(9)

Independent Samples Test

.151 .707 2. 573 8 .033 1. 342600 .521850 .139212 2. 545988

2. 573 7. 165 .036 1. 342600 .521850 .114357 2. 570843

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

75. 10040

.421628

.188558

5

73. 33960

.576138

.257657

perlakuan

dos is 5 jam 0

dos is 5 jam 5

kadar_air_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.158 .701 5. 515 8 .001 1. 760800 .319282 1. 024534 2. 497066

5. 515 7. 329 .001 1. 760800 .319282 1. 012644 2. 508956 Equal v ariances

ass umed Equal v ariances not as sumed kadar_air_dada

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5 74. 86580 .583125 .260781

5 72. 30940 2. 068474 .925050

perlakuan dos is 10 jam 0 dos is 10 jam 5 kadar_air_dada

N Mean Std. Dev iation

Std. Error Mean

Independent Samples Test

3. 025 .120 2. 660 8 .029 2. 556400 .961105 .340087 4. 772713

2. 660 4. 632 .048 2. 556400 .961105 .025543 5. 087257

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

74. 86900

.584699

.261486

5

71. 12100

2. 633396

1. 177690

perlakuan

dos is 50 jam 0

dos is 50 jam 5

kadar_air_dada

N

Mean

Std. Dev iation

(10)

Lampiran 5. Tabel Hasil Uji

Independent Samples

T-Test

Kadar Air Bagian Paha

Independent Samples Test

9. 077 .017 3. 107 8 .015 3. 748000 1. 206370 .966105 6. 529895

3. 107 4. 393 .032 3. 748000 1. 206370 .513617 6. 982383 Equal v ariances

ass umed Equal v ariances not as sumed kadar_air_dada

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

76. 83220

.393696

.176066

5

74. 74900

.384130

.171788

perlakuan

dos is 0 jam 0

dos is 0 jam 5

kadar_air_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.035 .856 8. 469 8 .000 2. 083200 .245989 1. 515949 2. 650451

8. 469 7. 995 .000 2. 083200 .245989 1. 515889 2. 650511 Equal v ariances

ass umed Equal v ariances not as sumed kadar_air_paha

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

76. 57680

.578526

.258725

5

75. 29060

.803205

.359204

perlakuan

dos is 1 jam 0

dos is 1 jam 5

kadar_air_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.972 .353 2. 905 8 .020 1. 286200 .442681 .265376 2. 307024

2. 905 7. 270 .022 1. 286200 .442681 .247261 2. 325139

Equal v ariances ass umed Equal v ariances not as sumed kadar_air_paha

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

74. 92720

1. 393590

.623232

5

72. 86440

1. 333969

.596569

perlakuan

dos is 10 jam 0

dos is 10 jam 5

kadar_air_paha

N

Mean

Std. Dev iation

(11)

Lampiran 6. Tabel Hasil Uji

Independent Samples

T-Test

Kadar Air Bagian Sayap

Independent Samples Test

.078 .788 2. 391 8 .044 2. 062800 .862736 .073328 4. 052272

2. 391 7. 985 .044 2. 062800 .862736 .072666 4. 052934

Equal v ariances ass umed Equal v ariances not as sumed kadar_air_paha

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5 76. 45120 .694986 .310807

5 74. 58340 2. 245006 1. 003997 perlakuan

dos is 50 jam 0 dos is 50 jam 5 kadar_air_paha

Std. Error Mean

14. 135 .006 1. 777 8 .113 1. 867800 1. 051005 -. 555822 4. 291422

1. 777 4. 760 .139 1. 867800 1. 051005 -. 875442 4. 611042 Equal v ariances

ass umed Equal v ariances not as sumed kadar_air_paha

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

73.7582

2.21238

.98941

5

71.9096

1.68164

.75205

perlakuan

dos is 0 jam 0

dos is 0 jam 5

kadar_air_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.639 .447 1. 487 8 .175 1. 84860 1. 24278 -1.01726 4. 71446

1. 487 7. 465 .178 1. 84860 1. 24278 -1.05338 4. 75058

Equal v ariances ass umed Equal v ariances not as sumed kadar_air_say ap

F Sig.

Mean Dif f erence

Std. Error

Dif f erence Lower Upper 95% Conf idence

Group Statistics

5 73. 1690 .79737 .35660

5 70. 9490 4. 35239 1. 94645

perlakuan dos is 1 jam 0 dos is 1 jam 5 kadar_air_say ap

(12)

13. 396 .006 1. 122 8 .294 2. 22000 1. 97884 -2.34322 6. 78322

1. 122 4. 268 .321 2. 22000 1. 97884 -3.14063 7. 58063

Equal v ariances ass umed Equal v ariances not as sumed kadar_air_say ap

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

72. 45640

.953727

.426520

5

70. 77560

1. 508807

.674759

perlakuan

dos is 5 jam 0

dos is 5 jam 5

kadar_air_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.999 .347 2. 106 8 .068 1. 680800 .798260 -. 159991 3. 521591

2. 106 6. 756 .075 1. 680800 .798260 -. 220668 3. 582268 Equal v ariances

ass umed Equal v ariances not as sumed kadar_air_say ap

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

72. 87580

1. 172792

.524489

5

71. 35400

2. 210746

.988676

perlakuan

dos is 10 jam 0

dos is 10 jam 5

kadar_air_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

2. 537 .150 1. 360 8 .211 1. 521800 1. 119182 -1.059038 4. 102638

1. 360 6. 086 .222 1. 521800 1. 119182 -1.207367 4. 250967 Equal v ariances

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5 68. 41800 1. 612659 .721203 5 67. 36900 1. 437619 .642923 perlakuan

dos is 50 jam 0 dos is 50 jam 5 kadar_air_say ap

(13)

Lampiran 7. Tabel Hasil Uji

Independent Samples

T-Test

pH Bagian Dada

Independent Samples Test

.384 .553 1. 086 8 .309 1. 049000 .966169 -1.178991 3. 276991

1. 086 7. 897 .310 1. 049000 .966169 -1.184076 3. 282076 Equal v ariances

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

6. 2000

.01581

.00707

5

6. 1060

.04159

.01860

dos is

dos is 0 jam 0

dos is 0 jam 5

pH_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

3. 160 .113 4. 724 8 .001 .09400 .01990 .04811 .13989

4. 724 5. 132 .005 .09400 .01990 .04324 .14476

Equal v ariances ass umed Equal v ariances not as sumed pH_dada

F Sig.

t df Sig. (2-t ailed) Mean Dif f erence

Std. Error

Group Statistics

5

6. 0160

.05128

.02293

5

5. 9240

.04722

.02112

dos is

dos is 1 jam 0

dos is 1 jam 5

pH_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.000 1. 000 2. 951 8 .018 .09200 .03118 .02011 .16389

2. 951 7. 946 .019 .09200 .03118 .02002 .16398

F Sig.

Std. Error

(14)

Group Statistics

5

6. 1080

.09884

.04420

5

6. 0180

.06611

.02956

dos is

dos is 5 jam 0

dos is 5 jam 5

pH_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

2. 012 .194 1. 692 8 .129 .09000 .05318 -. 03263 .21263

1. 692 6. 982 .135 .09000 .05318 -. 03581 .21581

F Sig.

Std. Error

Group Statistics

5

6. 0480

.04970

.02223

5

5. 9600

.06782

.03033

dos is

dos is 10 jam 0

dos is 10 jam 5

pH_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.101 .759 2. 340 8 .047 .08800 .03760 .00129 .17471

2. 340 7. 334 .050 .08800 .03760 -. 00010 .17610

F Sig.

Std. Error

Group Statistics

5

6. 0320

.05357

.02396

5

5. 9080

.02387

.01068

dos is

dos is 50 jam 0

dos is 50 jam 5

pH_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.832 .388 4. 727 8 .001 .12400 .02623 .06351 .18449

4. 727 5. 529 .004 .12400 .02623 .05847 .18953

F Sig.

Std. Error

(15)

Lampiran 8. Tabel Hasil Uji

Independent Samples

T-Test

pH Bagian Paha

Group Statistics

5

6. 3700

.07969

.03564

5

6. 2080

.02588

.01158

dos is

dos is 0 jam 0

dos is 0 jam 5

pH_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

6. 826 .031 4. 323 8 .003 .16200 .03747 .07559 .24841

4. 323 4. 835 .008 .16200 .03747 .06468 .25932

Equal v ariances ass umed Equal v ariances not as sumed pH_paha

F Sig.

Std. Error

Group Statistics

5

6. 3280

.05891

.02634

5

6. 1880

.04604

.02059

dos is

dos is 1 jam 0

dos is 1 jam 5

pH_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.934 .362 4. 187 8 .003 .14000 .03344 .06290 .21710

4. 187 7. 559 .003 .14000 .03344 .06211 .21789

F Sig.

Std. Error

Group Statistics

5

6. 5240

.05727

.02561

5

6. 3460

.01817

.00812

dos is

dos is 5 jam 0

dos is 5 jam 5

pH_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

5. 712 .044 6. 624 8 .000 .17800 .02687 .11604 .23996

6. 624 4. 797 .001 .17800 .02687 .10804 .24796

F Sig.

Std. Error

(16)

Lampiran 9. Tabel Hasil Uji

Independent Samples

T-Test

pH Bagian Sayap

Group Statistics

5

6. 4440

.14859

.06645

5

6. 3020

.10849

.04852

dos is

dos is 10 jam 0

dos is 10 jam 5

pH_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.608 .458 1. 726 8 .123 .14200 .08228 -. 04774 .33174

1. 726 7. 321 .126 .14200 .08228 -. 05085 .33485

F Sig.

Std. Error

Group Statistics

5

6. 3620

.04324

.01934

5

6. 2260

.05128

.02293

dos is

dos is 50 jam 0

dos is 50 jam 5

pH_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.257 .626 4. 533 8 .002 .13600 .03000 .06682 .20518

4. 533 7. 778 .002 .13600 .03000 .06647 .20553

F Sig.

Std. Error

Group Statistics

5 6. 2780 .04147 .01855

5 6. 1660 .03362 .01503

dos is dos is 0 jam 0 dos is 0 jam 5 pH_say ap

Std. Error Mean

.066 .803 4. 691 8 .002 .11200 .02387 .05694 .16706

4. 691 7. 671 .002 .11200 .02387 .05653 .16747

Equal v ariances ass umed Equal v ariances not as sumed pH_say ap

F Sig.

Mean Dif f erence

Std. Error

(17)

Group Statistics

5

6. 2840

.07127

.03187

5

6. 1440

.02702

.01208

dos is

dos is 5 jam 0

dos is 5 jam 5

pH_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

5. 241 .051 4. 107 8 .003 .14000 .03409 .06139 .21861

4. 107 5. 126 .009 .14000 .03409 .05302 .22698

F Sig.

Std. Error

Group Statistics

5

6. 2640

.04506

.02015

5

6. 1560

.03362

.01503

dos is

dos is 10 jam 0

dos is 10 jam 5

pH_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

1. 031 .340 4. 296 8 .003 .10800 .02514 .05003 .16597

4. 296 7. 400 .003 .10800 .02514 .04920 .16680

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

6. 1880

.01924

.00860

5

6. 0780

.01924

.00860

dos is

dos is 50 jam 0

dos is 50 jam 5

pH_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.013 .913 9. 042 8 .000 .11000 .01217 .08195 .13805

9. 042 8. 000 .000 .11000 .01217 .08195 .13805

F Sig.

Mean Dif f erence

Std. Error

(18)

Lampiran 10. Tabel Hasil Uji

Independent Samples

T-Test

Aw Bagian Dada

Group Statistics

5

.94500

.003536

.001581

5

.92980

.005630

.002518

dos is

dos is 0 jam 0

dos is 0 jam 5

Aw_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.724 .419 5. 112 8 .001 .015200 .002973 .008344 .022056

5. 112 6. 730 .002 .015200 .002973 .008112 .022288 Equal v ariances

ass umed Equal v ariances not as sumed Aw_dada

F Sig.

Std. Error

Group Statistics

5

.93880

.004970

.002223

5

.92740

.005079

.002272

dos is

dos is 1 jam 0

dos is 1 jam 5

Aw_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.009 .925 3. 587 8 .007 .011400 .003178 .004071 .018729

3. 587 7. 996 .007 .011400 .003178 .004071 .018729 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.94860

.004159

.001860

5

.93240

.004506

.002015

dos is

dos is 5 jam 0

dos is 5 jam 5

Aw_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.514 .494 5. 908 8 .000 .016200 .002742 .009876 .022524

5. 908 7. 949 .000 .016200 .002742 .009869 .022531 Equal v ariances

F Sig.

Std. Error

(19)

Lampiran 11. Tabel Hasil Uji

Independent Samples

T-Test

Aw Bagian Paha

Group Statistics

5

.94140

.005727

.002561

5

.92820

.005167

.002311

dos is

dos is 10 jam 0

dos is 10 jam 5

Aw_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.040 .846 3. 826 8 .005 .013200 .003450 .005245 .021155

3. 826 7. 917 .005 .013200 .003450 .005231 .021169 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.93660

.003435

.001536

5

.92460

.005899

.002638

dos is

dos is 50 jam 0

dos is 50 jam 5

Aw_dada

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

2. 019 .193 3. 931 8 .004 .012000 .003053 .004960 .019040

3. 931 6. 433 .007 .012000 .003053 .004650 .019350 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.94800

.003873

.001732

5

.93560

.004336

.001939

dos is

dos is 0 jam 0

dos is 0 jam 5

Aw_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.048 .832 4. 769 8 .001 .012400 .002600 .006404 .018396

4. 769 7. 900 .001 .012400 .002600 .006391 .018409 Equal v ariances

ass umed Equal v ariances not as sumed Aw_paha

F Sig.

Std. Error

(20)

Group Statistics

5

.95140

.004159

.001860

5

.93760

.003912

.001749

dos is

dos is 1 jam 0

dos is 1 jam 5

Aw_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.000 1. 000 5. 404 8 .001 .013800 .002553 .007912 .019688

5. 404 7. 970 .001 .013800 .002553 .007908 .019692 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.95020

.005020

.002245

5

.93860

.004930

.002205

dos is

dos is 5 jam 0

dos is 5 jam 5

Aw_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.033 .860 3. 687 8 .006 .011600 .003146 .004344 .018856

3. 687 7. 997 .006 .011600 .003146 .004344 .018856 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.94700

.006892

.003082

5

.93380

.003834

.001715

dos is

dos is 10 jam 0

dos is 10 jam 5

Aw_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

7. 756 .024 3. 743 8 .006 .013200 .003527 .005067 .021333

3. 743 6. 259 .009 .013200 .003527 .004656 .021744 Equal v ariances

F Sig.

Std. Error

(21)

Lampiran 12. Tabel Hasil Uji

Independent Samples

T-Test

Aw Bagian Sayap

Group Statistics

5

.94300

.007314

.003271

5

.93080

.006573

.002939

dos is

dos is 50 jam 0

dos is 50 jam 5

Aw_paha

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.107 .752 2. 774 8 .024 .012200 .004398 .002059 .022341

2. 774 7. 910 .024 .012200 .004398 .002039 .022361 Equal v ariances

F Sig.

Std. Error

Group Statistics

5

.93400

.003536

.001581

5

.91920

.005630

.002518

dos is

dos is 0 jam 0

dos is 0 jam 5

Aw_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

1. 842 .212 4. 978 8 .001 .014800 .002973 .007944 .021656

4. 978 6. 730 .002 .014800 .002973 .007712 .021888 Equal v ariances

ass umed Equal v ariances not as sumed Aw_say ap

F Sig.

Std. Error

Group Statistics

5

.94040

.006841

.003059

5

.92680

.005630

.002518

dos is

dos is 1 jam 0

dos is 1 jam 5

Aw_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.515 .493 3. 432 8 .009 .013600 .003962 .004463 .022737

3. 432 7. 715 .009 .013600 .003962 .004404 .022796

Equal v ariances ass umed Equal v ariances not as sumed Aw_say ap

F Sig.

Mean Dif f erence

Std. Error

(22)

Group Statistics

5

.94120

.005167

.002311

5

.92580

.004494

.002010

dos is

dos is 5 jam 0

dos is 5 jam 5

Aw_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.332 .580 5. 028 8 .001 .015400 .003063 .008337 .022463

5. 028 7. 849 .001 .015400 .003063 .008314 .022486

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

.93580

.003962

.001772

5

.92300

.002915

.001304

dos is

dos is 10 jam 0

dos is 10 jam 5

Aw_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.195 .670 5. 818 8 .000 .012800 .002200 .007727 .017873

5. 818 7. 349 .001 .012800 .002200 .007648 .017952

F Sig.

Mean Dif f erence

Std. Error

Group Statistics

5

.93120

.003701

.001655

5

.91820

.002775

.001241

dos is

dos is 50 jam 0

dos is 50 jam 5

Aw_say ap

N

Mean

Std. Dev iation

Std. Error

Mean

Independent Samples Test

.693 .429 6. 284 8 .000 .013000 .002069 .008229 .017771

6. 284 7. 417 .000 .013000 .002069 .008163 .017837

F Sig.

Mean Dif f erence

Std. Error

(23)

Lampiran 13. Hasil Analisa Uji Korelasi

Bivariate

dan Korelasi

Partial

antara Kadar Air,

pH, Aw, dan Pertumbuhan Mikroorganisme pada Daging Ayam Broiler

Correlations 1.000 .200 . .624 5 5 .200 1.000 .624 . 5 5

Correlation Coef fic ient Sig. (2-tailed) N

Correlation Coef fic ient Sig. (2-tailed) N KA_0 Mo_0 Kendall's tau_b KA_0 Mo_0 Correlations 1.000 .378 . .622 0 2 .378 1.000 .622 . 2 0 Correlation Signif icance (2-tailed) df

Correlation Signif icance (2-tailed) df KA_0 Mo_0 Control Variables Kro KA_0 Mo_0 Correlations 1.000 .200 . .624 5 5 .200 1.000 .624 . 5 5

Correlation Signif icance (2-tailed) df KA_5 Mo_5 Control Variables Kro KA_5 Mo_5 Correlations 1.000 .800 . .050 5 5 .800 1.000 .050 . 5 5

Correlation Signif icance (2-tailed) df KA_0 Mo_0 Control Variables Kro KA_0 Mo_0

Correlations

1.000

.200

.

.624

5

.200

1.000

.624

.

5

Correlation Coef ficient

Sig. (2-tailed)

N

Sig. (2-tailed)

N

KA_5

Mo_5

Kendall's tau_b

KA_5

Mo_5

Correlations 1.000 .652 . .348 0 2 .652 1.000 .348 . 2 0 Correlation Signif icance (2-tailed) df

Correlation Signif icance (2-tailed) df KA_5 Mo_5 Control Variables Kro KA_5 Mo_5 Correlations 1.000 1.000* . .014 5 5 1.000* 1.000 .014 . 5 5

Correlation Coef ficient Sig. (2-tailed) N

Correlation Coef ficient Sig. (2-tailed) N KA_0 Mo_0 Kendall's tau_b KA_0 Mo_0

Correlation is signif icant at the 0.05 level (2-tailed). *. Correlations 1.000 .614 . .386 0 2 .614 1.000 .386 . 2 0 Correlation Signif icance (2-tailed) df

(24)

Correlations 1.000 .000 . 1.000 5 5 .000 1.000 1.000 . 5 5

Correlation Coef ficient Sig. (2-tailed) N KA_5 Mo_5 Kendall's tau_b KA_5 Mo_5 Correlations 1.000 .802 . .198 0 2 .802 1.000 .198 . 2 0 Correlation Signif icance (2-tailed) df

Correlation Signif icance (2-tailed) df KA_5 Mo_5 Control Variables Kro KA_5 Mo_5 Correlations 1.000 .000 . 1.000 5 5 .000 1.000 1.000 . 5 5

Correlation Coef ficient Sig. (2-tailed) N PH_0 Mo_0 Kendall's tau_b PH_0 Mo_0 Correlations 1.000 .440 . .560 0 2 .440 1.000 .560 . 2 0 Correlation Signif icanc e (2-tailed) df

Correlation Signif icanc e (2-tailed) df PH_0 Mo_0 Control Variables Kro PH_0 Mo_0 Correlations 1.000 .000 . 1.000 5 5 .000 1.000 1.000 . 5 5

Correlation Coef ficient Sig. (2-tailed) N PH_5 Mo_5 Kendall's tau_b PH_5 Mo_5 Correlations

1. 000 .541

. .459

0 2

.541 1. 000

.459 .

2 0

Correlat ion Signif icanc e (2-tailed) df

PH_5

Mo_5 Control Variables Kro PH_5 Mo_5 Correlations 1.000 -.400 . .327 5 5 -.400 1.000 .327 . 5 5

Correlation Coef ficient Sig. (2-tailed) N PH_0 Mo_0 Kendall's tau_b PH_0 Mo_0 Correlations 1.000 -.471 . .529 0 2 -.471 1.000 .529 . 2 0 Correlation Signif icanc e (2-tailed) df

Correlation Signif icanc e (2-tailed) df PH_0 Mo_0 Control Variables Kro PH_0 Mo_0 Correlations 1.000 -.200 . .624 5 5 -.200 1.000 .624 . 5 5

Correlation Signif icanc e (2-tailed) df PH_5 Mo_5 Control Variables Kro PH_5 Mo_5

Correlations

1.000

.105

.

.801

5

.105

1.000

.801

.

5

Sig. (2-tailed)

N

Sig. (2-tailed)

N

PH_0

Mo_0

Kendall's tau_b

PH_0

Mo_0

Correlations

1.000

-.189

.

.811

0

2

-.189

1.000

.811

.

2

0

Correlation

Signif icance (2-tailed)

df

(25)

Correlations 1.000 .400 . .327 5 5 .400 1.000 .327 . 5 5

Correlation Signif icanc e (2-tailed) df PH_5 Mo_5 Control Variables Kro PH_5 Mo_5 Correlations 1.000 -.400 . .327 5 5 -.400 1.000 .327 . 5 5

Correlation Coef ficient Sig. (2-tailed) N Aw_0 Mo_0 Kendall's tau_b Aw_0 Mo_0 Correlati ons

1. 000 -. 344

. .656

0 2

-. 344 1. 000

.656 .

2 0

Correlat ion Signif icance (2-tailed) df

Aw_0

Mo_0 Control Variables Kro Aw_0 Mo_0 Correlations 1.000 -.200 . .624 5 5 -.200 1.000 .624 . 5 5

Correlation Coef ficient Sig. (2-tailed) N Aw_5 Mo_5 Kendall's tau_b Aw_5 Mo_5 Correlations 1.000 .164 . .836 0 2 .164 1.000 .836 . 2 0 Correlation Signif icance (2-tailed) df

Correlation Signif icance (2-tailed) df Aw_5 Mo_5 Control Variables Kro Aw_5 Mo_5 Correlations 1.000 .000 . 1.000 5 5 .000 1.000 1.000 . 5 5

Correlation Coef ficient Sig. (2-tailed) N Aw_0 Mo_0 Kendall's tau_b Aw_0 Mo_0 Correlations 1.000 -.177 . .823 0 2 -.177 1.000 .823 . 2 0 Correlation Signif icance (2-tailed) df

Correlation Signif icance (2-tailed) df Aw_0 Mo_0 Control Variables Kro Aw_0 Mo_0 Correlations 1.000 -.600 . .142 5 5 -.600 1.000 .142 . 5 5

1. 000 -. 362

. .638

0 2

-. 362 1. 000

.638 .

2 0

Aw_5

Mo_5 Control Variables Kro Aw_5 Mo_5 Correlations 1.000 .000 . 1.000 5 5 .000 1.000 1.000 . 5 5

1. 000 -. 831

. .169

0 2

-. 831 1. 000

.169 .

2 0

Aw_0

Mo_0 Control Variables Kro

(26)

Correlations

1.000 -1.000*

. .014

5 5

-1.000* 1.000

.014 .

5 5

Correlation Coef ficient Sig. (2-tailed) N Aw_5

Mo_5 Kendall's tau_b

Aw_5 Mo_5

Correlation is signif icant at the 0.05 level (2-tailed). *.

Correlati ons

1. 000 -. 884

. .116

0 2

-. 884 1. 000

.116 .

2 0

Aw_5

Aw_5 Mo_5

Correlations

1.000 -.400

. .327

5 5

-.400 1.000

.327 .

5 5

Correlation Coef ficient Sig. (2-tailed) N ph_0

Mo_0 Kendall's tau_b

ph_0 Mo_0

Correlati ons

1. 000 -. 471

. .529

0 2

-. 471 1. 000

.529 .

2 0

ph_0