STUDI IN VITRO EFEKTIVITAS PEKTIN TERONG (Solanum sp L.) SEBAGAI PENGIKAT LOGAM BERAT KADMIUM DAN TEMBAGA

46

7.

LAMPIRAN

1.

Hasil Normalitas Data

1.1. Tabel Normalitas Uji Penyerapan Pektin Sayur Terong Terhadap Logam

Cd dan Cu

Tests of Normality ,238 5 ,200* ,882 5 ,318 ,300 5 ,161 ,922 5 ,544 ,177 5 ,200* ,956 5 ,781 ,239 5 ,200* ,885 5 ,330 ,219 5 ,200* ,951 5 ,743 ,136 5 ,200* ,987 5 ,967 ,277 5 ,200* ,817 5 ,111 ,286 5 ,200* ,839 5 ,162 ,207 5 ,200* ,958 5 ,791 ,279 5 ,200* ,851 5 ,196 ,190 5 ,200* ,960 5 ,809 ,225 5 ,200* ,961 5 ,812 ,204 5 ,200* ,935 5 ,633 ,229 5 ,200* ,941 5 ,672 ,304 5 ,147 ,883 5 ,325 ,231 5 ,200* ,881 5 ,314 ,258 5 ,200* ,887 5 ,343 ,331 5 ,076 ,738 5 ,023 ,243 5 ,200* ,894 5 ,377 ,229 5 ,200* ,867 5 ,254 ,240 5 ,200* ,959 5 ,804 ,239 5 ,200* ,879 5 ,304 ,180 5 ,200* ,952 5 ,754 ,330 5 ,079 ,735 5 ,021 ,206 5 ,200* ,922 5 ,544 ,144 5 ,200* ,976 5 ,915 ,276 5 ,200* ,849 5 ,191 ,295 5 ,179 ,837 5 ,158 ,242 5 ,200* ,894 5 ,378 ,258 5 ,200* ,911 5 ,472 ,221 5 ,200* ,902 5 ,421 ,301 5 ,156 ,820 5 ,117 ,243 5 ,200* ,821 5 ,118 ,222 5 ,200* ,905 5 ,437 ,221 5 ,200* ,969 5 ,872 ,229 5 ,200* ,964 5 ,835 ,235 5 ,200* ,903 5 ,428 ,323 5 ,097 ,842 5 ,170 ,231 5 ,200* ,881 5 ,314 ,346 5 ,051 ,862 5 ,234 ,251 5 ,200* ,913 5 ,486 ,242 5 ,200* ,955 5 ,774 ,181 5 ,200* ,941 5 ,672 ,290 5 ,195 ,879 5 ,305 ,246 5 ,200* ,947 5 ,713 ,231 5 ,200* ,881 5 ,314 ,172 5 ,200* ,962 5 ,822 ,330 5 ,079 ,735 5 ,021 kombinasi PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT CU_padat CU_cair Cd_padat Cd_cair

Statistic df Sig. Statistic df Sig.

Kolmogorov-Smirnova Shapiro-Wilk

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

Lilliefors Significance Correction a.

2.

Tabel Hasil Uji Beda

2.1.

Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cu

2.1.1.

Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cu oleh

Fraksi Tidak Terlarut Antara Waktu Kontak dan Varietas

2.1.2. Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cu oleh

Fraksi Terlarut Antara Waktu Kontak dan Varietas

CU_padat Duncana 5 56,3200 5 60,4200 5 65,0400 5 90,8600 5 93,0400 93,0400 5 93,7800 93,7800 5 93,8400 93,8400 5 94,3000 5 99,7000 5 104,4400 5 110,7200 5 125,9000 1,000 1,000 1,000 ,079 ,459 1,000 1,000 1,000 1,000 kombinasi PTB 60 MENIT PTB 90 MENIT PTH 60 MENIT PK 120 MENIT PTB 120 MENIT PK 90 MENIT PTU 60 MENIT PTU 90 MENIT PTH 90 MENIT PK 60 MENIT PTH 120 MENIT PTU 120 MENIT Sig. N 1 2 3 4 5 6 7 8 9

Subset for alpha = .05

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 5,000. a.

CU_cair

Duncan

a

5

11,8200

5

12,5400

5

17,2000

5

17,2600

5

17,5400

5

19,3200

5

20,1600

5

22,0000

5

22,3000

5

22,8800

5

30,2200

5

32,8200

,395

,706

,321

,329

1,000

1,000

kombinasi

PTU 90 MENIT

PTU 60 MENIT

PK 120 MENIT

PTH 90 MENIT

PTU 120 MENIT

PK 60 MENIT

PTB 90 MENIT

PK 90 MENIT

PTB 60 MENIT

PTH 60 MENIT

PTH 120 MENIT

PTB 120 MENIT

Sig.

N

1

2

3

4

5

6

Subset for alpha = .05

Means for groups in homogeneous subsets are displayed.

Uses Harmonic Mean Sample Size = 5,000.

a.

2.2.

Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cd

2.2.1. Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cd oleh

Fraksi Tidak Terlarut Antara Waktu Kontak dan Varietas

2.2.2. Tabel Hasil Uji Beda Pektin Sayur Terong Terhadap Logam Cd oleh

Fraksi Terlarut Antara Waktu Kontak dan Varietas

3.

Tabel ANOVA

3.1.

Tabel ANOVA Uji Penyerapan Pektin Sayur Terong Terhadap Logam Cd

dan Cu oleh Fraksi Terlarut dan Tidak Terlarut Antara Waktu Kontak dan

Varietas

Cd_padat Duncana 5 73,5800 5 90,4600 5 90,5600 5 90,9800 5 96,9200 5 103,7600 5 115,6200 5 117,9400 5 122,8600 5 130,4400 5 140,0800 5 148,2200 1,000 ,678 1,000 1,000 ,052 1,000 1,000 1,000 1,000 kombinasi PTH 60 MENIT PTB 120 MENIT PTB 90 MENIT PTB 60 MENIT PTU 60 MENIT PK 120 MENIT PTH 120 MENIT PK 90 MENIT PTU 120 MENIT PK 60 MENIT PTH 90 MENIT PTU 90 MENIT Sig. N 1 2 3 4 5 6 7 8 9

Subset for alpha = .05

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 5,000. a. Cd_cair Duncana 5 15,1600 5 16,7800 5 17,1000 5 41,5800 5 45,3200 5 57,2800 5 73,2000 5 76,6400 5 88,0400 5 92,1000 5 98,6000 5 114,1200 1,000 ,630 1,000 1,000 1,000 1,000 1,000 1,000 1,000 1,000 1,000 kombinasi PK 60 MENIT PK 90 MENIT PK 120 MENIT PTU 90 MENIT PTB 120 MENIT PTB 90 MENIT PTB 60 MENIT PTU 60 MENIT PTU 120 MENIT PTH 120 MENIT PTH 90 MENIT PTH 60 MENIT Sig. N 1 2 3 4 5 6 7 8 9 10 11

Subset for alpha = .05

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 5,000. a.

Test of Homogeneity of Variances

1,279

11

48

,265

1,719

11

48

,098

1,639

11

48

,118

1,659

11

48

,113

CU_padat

CU_cair

Cd_cair

Cd_padat

Levene

Statistic

df1

df2

Sig.

ANOVA

23523,667

11

2138,515

368,429

,000

278,612

48

5,804

23802,279

59

2138,881

11

194,444

110,679

,000

84,328

48

1,757

2223,209

59

64733,981

11

5884,907

5393,225

,000

52,376

48

1,091

64786,357

59

28505,670

11

2591,425

764,150

,000

162,780

48

3,391

28668,450

59

Between Groups

Within Groups

Total

Between Groups

Within Groups

Total

Between Groups

Within Groups

Total

Between Groups

Within Groups

Total

CU_padat

CU_cair

Cd_cair

Cd_padat

Sum of

4.

Tabel Descriptive

4.1.

Tabel Descriptive Uji Penyerapan Pektin sayur Terong Terhadap Logam Cd

dan Cu oleh Fraksi Tidak Terlarut dan Terlarut Antara Waktu Kontak dan

Varietas

Descriptives 5 65,0400 3,23002 1,44451 61,0294 69,0506 62,30 70,00 5 99,7000 2,52686 1,13004 96,5625 102,8375 97,70 103,30 5 110,7200 3,93916 1,76165 105,8289 115,6111 107,70 117,40 5 93,8400 2,13963 ,95687 91,1833 96,4967 90,50 96,00 5 94,3000 1,53460 ,68629 92,3945 96,2055 92,70 96,60 5 125,9000 2,37171 1,06066 122,9551 128,8449 122,90 128,90 5 56,3200 2,75173 1,23061 52,9033 59,7367 53,40 59,50 5 60,4200 ,94446 ,42237 59,2473 61,5927 59,30 61,70 5 93,0400 1,10815 ,49558 91,6640 94,4160 91,70 94,60 5 104,4400 2,98379 1,33439 100,7351 108,1449 101,90 109,20 5 93,7800 2,13002 ,95258 91,1352 96,4248 90,90 96,20 5 90,8600 1,27593 ,57061 89,2757 92,4443 89,30 92,70 60 90,6967 20,08553 2,59303 85,5080 95,8853 53,40 128,90 5 22,8800 1,34796 ,60283 21,2063 24,5537 21,40 24,70 5 17,2600 1,85149 ,82801 14,9611 19,5589 14,40 18,80 5 30,2200 1,23774 ,55353 28,6831 31,7569 28,50 32,00 5 12,5400 1,82839 ,81768 10,2698 14,8102 10,70 15,40 5 11,8200 1,24980 ,55893 10,2682 13,3718 10,60 13,40 5 17,5400 1,86628 ,83463 15,2227 19,8573 15,50 19,50 5 22,3000 ,89443 ,40000 21,1894 23,4106 20,90 22,90 5 20,1600 1,37222 ,61368 18,4562 21,8638 19,00 22,40 5 32,8200 1,25976 ,56338 31,2558 34,3842 31,40 34,10 5 19,3200 ,38341 ,17146 18,8439 19,7961 18,80 19,70 5 22,0000 1,03682 ,46368 20,7126 23,2874 20,70 23,20 5 17,2000 ,65192 ,29155 16,3905 18,0095 16,10 17,60 60 20,5050 6,13853 ,79248 18,9193 22,0907 10,60 34,10 5 114,1200 ,82583 ,36932 113,0946 115,1454 113,30 115,00 5 98,6000 1,41598 ,63325 96,8418 100,3582 97,10 100,50 5 92,1000 1,17260 ,52440 90,6440 93,5560 91,10 94,10 5 76,6400 ,80498 ,36000 75,6405 77,6395 76,10 77,90 5 41,5800 1,30843 ,58515 39,9554 43,2046 40,60 43,60 5 88,0400 1,21161 ,54185 86,5356 89,5444 86,60 89,80 5 73,2000 ,86313 ,38601 72,1283 74,2717 72,20 74,20 5 57,2800 1,30843 ,58515 55,6554 58,9046 55,90 58,70 5 45,3200 1,28530 ,57480 43,7241 46,9159 43,40 46,80 5 15,1600 ,25100 ,11225 14,8483 15,4717 14,80 15,40 5 16,7800 ,77910 ,34843 15,8126 17,7474 15,80 17,70 5 17,1000 ,65192 ,29155 16,2905 17,9095 16,00 17,50 60 61,3267 33,13720 4,27799 52,7664 69,8869 14,80 115,00 5 73,5800 2,92181 1,30668 69,9521 77,2079 70,30 77,00 5 140,0800 2,53712 1,13464 136,9297 143,2303 137,20 143,80 5 115,6200 1,79639 ,80337 113,3895 117,8505 113,50 117,50 5 96,9200 1,55145 ,69383 94,9936 98,8464 94,40 98,20 5 148,2200 2,37318 1,06132 145,2733 151,1667 145,30 150,60 5 122,8600 2,05743 ,92011 120,3054 125,4146 119,60 125,00 5 90,9800 1,17346 ,52479 89,5230 92,4370 89,90 92,60 5 90,5600 1,81742 ,81277 88,3034 92,8166 88,60 92,50 5 90,4600 1,25020 ,55911 88,9077 92,0123 89,20 91,70 5 130,4400 1,25419 ,56089 128,8827 131,9973 128,70 131,60 5 117,9400 1,10136 ,49254 116,5725 119,3075 116,60 119,50 5 103,7600 1,09225 ,48847 102,4038 105,1162 102,40 105,30 60 110,1183 22,04327 2,84577 104,4240 115,8127 70,30 150,60 PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT Total PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT Total PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT Total PTH 60 MENIT PTH 90 MENIT PTH 120 MENIT PTU 60 MENIT PTU 90 MENIT PTU 120 MENIT PTB 60 MENIT PTB 90 MENIT PTB 120 MENIT PK 60 MENIT PK 90 MENIT PK 120 MENIT Total CU_padat CU_cair Cd_cair Cd_padat

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

Mean