LAMPIRAN 1. ONE WAY ANOVA

50 LAMPIRAN 1. ONE WAY ANOVA

Descriptives

Komposisi Kalsium

Konsentrasi Xylitol konsentrasi 20%

Mean 95% Confidence Interval for Mean

Lower Bound Upper Bound

5% Trimmed Mean

konsentrasi 50%



4,19 2,53 ,419 1,249 30,0840 9,1449

,913 2,000 7,54171

51,0231

284,387 16,86377 3,15 49,64 46,49

Maximum Range Interquartile Range

25,60 -1,037 2,402

Skewness Kurtosis Mean

Fakultas Kedokteran Gigi Universitas Indonesia

43,1624

30,4939 33,0800

Std. Deviation Minimum

95% Confidence

39,3816

2,318 1,52250 39,32 43,51

5% Trimmed Mean Median Variance

kontrol konsentrasi 50%

,913 2,000 ,68088

41,2561 41,3700

Std. Deviation Minimum Maximum Range


48,2249

,048 -1,692 41,2720

5% Trimmed Mean Median Variance

Interquartile Range Skewness Kurtosis Mean 95% Confidence Interval for Mean

Std. Error 1,95318

42,7678 43,7800 19,074 4,36743 37,81 48,41 10,60 8,27

Median Variance Std. Deviation Minimum Maximum Range Interquartile Range Skewness Kurtosis Mean 95% Confidence Interval for Mean

Statistic 42,8020 37,3791

Lower Bound

20,0780 1,7214

,913 2,000 6,61153

51 Interval for Mean

Upper Bound

5% Trimmed Mean Median Variance Std. Deviation Minimum Maximum Range Interquartile Range Skewness Komposisi Fosfat

konsentrasi 20%

Kurtosis Mean 95% Confidence Interval for Mean

19,9672 13,3100 218,562 14,78384 5,18 36,97 31,79 28,34


5% Trimmed Mean Median Variance Std. Deviation

konsentrasi 50%

5% Trimmed Mean Median Variance Std. Deviation Minimum Maximum Range


27,9750

3,96 -,296 -,751 24,8240 Lower Bound Upper Bound

,913 2,000 ,37329

23,7876 25,8604 24,8128 24,6900 ,697 ,83470 23,95 25,90 1,95 1,63

Minimum Maximum Range Interquartile Range Skewness kontrol konsentrasi 20%

,913 2,000 ,95337

2,13180 22,39 27,82 5,43


Kurtosis Mean 95% Confidence Interval for Mean

,445 -2,991 25,3280 22,6810

25,3528 25,1400 4,545

Minimum Maximum Range Interquartile Range Skewness Kurtosis Mean 95% Confidence Interval for Mean

38,4346

,351 -2,111 19,8740 Lower Bound Upper Bound

11,0598 28,6882 19,9872 20,0700 50,391 7,09868 9,00 28,71 19,71

,913 2,000 3,17463

52 Interquartile Range

11,18 -,681

Skewness Kurtosis kontrol konsentrasi 50%

Mean 95% Confidence Interval for Mean

1,896 11,6940 -,7990


11,7067 7,4900 101,234 10,06153 ,00 23,16 23,16 18,97 ,238 -2,447

Minimum Maximum Range Interquartile Range Skewness Kurtosis

Tests of Normality

Statistic ,138

Komposisi Kalsium Komposisi Fosfor

df 20

Shapiro-Wilk

Sig. ,200(*)

Statistic ,918

,200(*)

,937

,138 20 * This is a lower bound of the true significance. a Lilliefors Significance Correction

df 20

Sig. ,090

20

,213

ONEWAY ANOVA Test of Homogeneity of Variances

Komposisi Kalsium Komposisi Fosfor

Levene Statistic 2,454 2,201

df1

df2 3 3

16 16

Sig. ,101 ,128

ANOVA

Komposisi Kalsium

Komposisi Fosfor

Between Groups Within Groups Total Between Groups Within Groups Total

Sum of Squares 5060409 5446092 10506502 4,5E+008 5,0E+008 9,5E+008

df 3 16 19 3 16 19


2,000 4,49966

24,1870


Kolmogorov-Smirnov(a)

,913

Mean Square 1686803,140 340380,777

F 4,956

Sig. ,013

149931976,4 31479894,53

4,763

,015

,913 2,000

53 POST HOC Multiple Comparisons Bonferroni

Dependent Variable Komposisi Kalsium

(I) Konsentrasi Xylitol konsentrasi 20%

konsentrasi 50%



Komposisi Fosfor

konsentrasi 20%

konsentrasi 50%



(J) Konsentrasi Xylitol konsentrasi 50% kontrol konsentrasi 20% kontrol konsentrasi 50% konsentrasi 20% kontrol konsentrasi 20% kontrol konsentrasi 50% konsentrasi 20% konsentrasi 50% kontrol konsentrasi 50% konsentrasi 20% konsentrasi 50% kontrol konsentrasi 20% konsentrasi 50% kontrol konsentrasi 20% kontrol konsentrasi 50% konsentrasi 20% kontrol konsentrasi 20% kontrol konsentrasi 50% konsentrasi 20% konsentrasi 50% kontrol konsentrasi 50% konsentrasi 20% konsentrasi 50% kontrol konsentrasi 20%

Mean Difference (I-J) 142,03838 714,71442 1269,29520* -142,03838 572,67604 1127,25682* -714,71442 -572,67604 554,58078 -1269,2952* -1127,2568* -554,58078 1184,05470 6386,61706 11966,251* -1184,0547 5202,56236 10782,196* -6386,6171 -5202,5624 5579,63377 -11966,251* -10782,196* -5579,6338

*. The mean difference is significant at the .05 level.


Std. Error 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 368,98823 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515 3548,515

Sig. 1,000 ,424 ,020 1,000 ,841 ,045 ,424 ,841 ,914 ,020 ,045 ,914 1,000 ,545 ,023 1,000 ,972 ,047 ,545 ,972 ,813 ,023 ,047 ,813

95% Confidence Interval Lower Bound Upper Bound -968,0014 1252,0782 -395,3254 1824,7542 159,2554 2379,3350 -1252,0782 968,0014 -537,3637 1682,7158 17,2170 2237,2966 -1824,7542 395,3254 -1682,7158 537,3637 -555,4590 1664,6206 -2379,3350 -159,2554 -2237,2966 -17,2170 -1664,6206 555,4590 -9491,0627 11859,1721 -4288,5004 17061,7345 1291,1334 22641,3682 -11859,1721 9491,0627 -5472,5551 15877,6798 107,0787 21457,3135 -17061,7345 4288,5004 -15877,6798 5472,5551 -5095,4836 16254,7512 -22641,3682 -1291,1334 -21457,3135 -107,0787 -16254,7512 5095,4836

54

LAMPIRAN 2. HASIL XRD Kelompok S1 Sampel Kontrol Positif


55

Kelompok S1 Sampel Kontrol Negatif


56

Kelompok S1 Sampel Perlakuan Xylitol 20%


57

Kelompok S2 Sampel Kontrol Positif


58

Kelompok S2 Sampel Perlakuan Xylitol 50%


59 LAMPIRAN. 3 SURAT KELAIKAN ETIK


60 LAMPIRAN 4. DOKUMENTASI

Preparasi Sampel Email

Pembuatan Larutan Remineralisasi

Perendaman Spesimen dalam Larutan Remineralisasi dengan Xylitol


61

Sampel email untuk analisis EDX

Proses Vacuuming Sampel Email

Instrumen Energy Dispersive X-Ray (EDX)

Perangkat Instrumen XRD


Perangkat Instrumen EDX

Diffractometer

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Tim Peneliti dan Dosen Pembimbing


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LAMPIRAN 1. ONE WAY ANOVA

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