101 LAMPIRAN A HASIL STANDARDISASI NON PARAMETRIK EKSTRAK KERING HERBA SELEDRI Hasil Penetapan Kadar Air Replikasi Berat cawan (g) Berat ekstrak (g) Berat cawan+esktrak konstan (g) Kadar ()
LAMPIRAN A
HASIL STANDARDISASI NON PARAMETRIK EKSTRAK
KERING HERBA SELEDRI
Hasil Penetapan Kadar Air
Berat Berat Berat
Replikasi cawan ekstrak cawan+esktrak Kadar (%)
(g) (g) konstan (g)1 44,6457 9,9580 54,2428 3,7605 2 35,5330 9,9885 45,1650 3,7012 3 33,1614 9,9761 42,7702 3,8225 x ± SD 3,7614 ± 0,0607
Contoh perhitungan penetapan kadar air ekstrak:
Ekstrak herba seledri replikasi 1: Berat ekstrak = 9,9580 gram Berat cawan+ekstrak konstan = 54,2428 gram Berat cawan kosong = 44,6457 gram % kadar air = x 100% = 3,7605%
Hasil Penetapan Susut Pengeringan
Replikasi Susut Pengeringan (%)
1 4,2 2 4,5 3 4,6 x ± SD 4,4 ± 0,2 Hasil Penetapan Kadar Abu Total
Berat Berat krus+ Berat
Replikasi ekstrak esktrak Kadar (%)
krus (g)(g) konstan (g)
1 32,1429 3,0018 32,3141 5,7032 2 34,8241 2,9765 34,9966 5,7954 3 33,6151 3,0024 33,7749 5,3224 x ± SD 5,6070 ± 0,2507
Contoh perhitungan penetapan kadar abu total ekstrak:
Ekstrak herba seledri replikasi 1: Berat ekstrak = 3,0018 gram Berat krus+ekstrak konstan = 32,3141 gram Berat krus kosong = 32,1429 gram % kadar abu total = x 100% = 5,7032%
Hasil Penetapan Kadar Abu Yang Tidak Larut Asam
Berat Berat Berat krus+ abu+ Berat Kadar Replikasi ekstrak abu HCl krus (g) (%) (g) konstan konstan (g) (g)
1 33,6108 2,9989 33,7808 33,6206 5,7647 2 36,3239 3,0004 36,4885 36,3328 5,4070 3 34,7829 2,9973 34,9503 34,7921 5,4958 x
5,5559 SD
0,1862
Contoh perhitungan penetapan kadar abu yang tidak larut asam:
Ekstrak herba seledri replikasi 1: Berat ekstrak = 2,9989 gram Berat krus+abu konstan = 33,7808 gram Berat krus kosong = 33,6108 gram % kadar abu total = x 100% = 5,6687% % kadar abu tidak larut asam = x 100% = 5,7647%
Hasil Penetapan Kadar Abu Yang Larut Dalam Air
Berat
Berat krus+ Berat abu+ Berat Kadar Replikasi ekstrak abu aquadestilata krus (g) (%) (g) konstan konstan (g)
(g)
1 36,1208 2,9968 36,2715 36,1651 29,3962 2 34,2080 2,9916 34,3587 34,2529 29,7943 3 36,3406 3,0042 36,5038 36,3885 29,3505 x
29,5136 SD
0,2441
Contoh perhitungan penetapan kadar abu yang larut dalam air:
Ekstrak herba seledri replikasi 1: Berat ekstrak = 2,9968 gram Berat krus+abu konstan = 36,2715 gram Berat krus kosong = 36,1208 gram % kadar abu total = x 100% = 5,0257% % kadar abu larut air = x 100% = 29,3962%
LAMPIRAN B
HASIL STANDARDISASI PARAMETRIK EKSTRAK KERING
HERBA SELEDRI
Hasil Penentuan pH
Replikasi pH Suhu (
C)
1 5,85 26,6 2 5,84 26,2 3 5,82 26,0 x ± SD 5,84 ± 0,02 26,27 ± 0,31
Hasil Penentuan Titik Leleh
Replikasi Suhu (
C)
1 230,4 2 230,3 3 230,4 x ± SD 230,4 ± 0,2441 Hasil Penentuan Ukuran Partikel
Berat No. ekstra d ln d % % Nilai Replikasi Me k yang (µm) (µm) bobot FKB Z sh tertaha n (g)
20 850 6,7452 0,03 0,03 99,86 2,98 40 425 6,0529 0,12 0,12 99,74 2,79 60 250 5,5215 2,98 2,98 96,76 1,84 80 180 5,1930 8,34 8,34 88,42 1,19
1 100 150 5,0106 3,45 3,45 84,97 1,03 120 125 4,8283 13,54 13,54 71,43 0,56 0 0 0,0000 71,43 71,43 0,00 -3,09
Σ 99,89 99,89 20 850 6,7452 0,13 0,13 99,79 2,86
40 425 6,0529 0,07 0,07 99,72 2,77 60 250 5,5215 2,84 2,84 96,88 1,86 80 180 5,1930 8,51 8,51 88,37 1,19
2 100 150 5,0106 3,52 3,52 84,85 1,03 120 125 4,8283 13,75 13,75 71,10 0,56 0 0 0,0000 71,10 71,10 0,00 -3,09
Σ 99,92 99,92 20 850 6,7452 0,09 0,09 99,87 3,00
40 425 6,0529 0,12 0,12 99,75 2,81 60 250 5,5215 2,93 2,93 96,82 1,85 80 180 5,1930 8,51 8,51 88,31 1,19
3 100 150 5,0106 3,42 3,42 84,89 1,03 120 125 4,8283 13,76 13,76 71,13 0,56 0 0 0,0000 71,13 71,13 0,00 -3,09
Σ 99,96 99,96
Replikas
σ
A b r d50% d84% g dvs i
- 3,2807 0,9075 0,9835 37,1551 111,8323 3,0099 20,2488
1
- 3,2572 0,8989 0,9841 37,4685 113,9774 3,0420 20,1837
2
- 3,2855 0,9100 0,9830 36,9808 110,9745 3,0009 20,2209
3 x
20,2178 0,0327
SD Hasil Penetapan Kadar Sari Larut Air
Filtrat Berat Berat Berat Pelarut yang cawan pemanasan Kadar Replikasi ekstrak (ml) diuapkan kosong konstan (%) (g) (ml) (g) (g) 5,0014 100,0 20,0 34,0189 35,0019 98,2725
1
5,0027 100,0 20,0 31,6351 32,6283 99,2664
2 3 5,0025 100,0 20,0 31,4883 32,4817 99,2904 x
98,9431 0,5809
SD
Contoh perhitungan penetapan kadar sari larut air :
Ekstrak herba seledri replikasi 1: Berat pemanasan konstan = 35,0019 gram Berat cawan kosong = 34,0189 gram Berat ekstrak = 5,0014 gram Pelarut untuk maserasi = 100,0 ml Filtrat yang diuapkan = 20,0 ml
% kadar sari larut air = x 100% = 98,2725% Hasil Penetapan Kadar Sari Larut Etanol
Filtrat Berat
Berat Berat
Pelarut yang cawan KadarReplikasi ekstrak pemanasan (ml) diuapkan kosong (%)
(g) konstan (g)
(ml) (g)1 5,0014 100,0 20,0 39,2285 39,3774 14,8858
5,0034 100,0 20,0 29,4437 29,5750 13,1211
2
5,0015 100,0 20,0 33,1417 33,2830 14,1258
3 x
14,0442 0,8852
SD
Contoh perhitungan penetapan kadar sari larut etanol :
Ekstrak herba seledri replikasi 1: Berat pemanasan konstan = 39,3716 gram Berat cawan kosong = 39,2287 gram Berat ekstrak = 5,0014 gram Pelarut untuk maserasi = 100,0 ml Filtrat yang diuapkan = 20,0 ml % kadar sari larut etanol = x 100% = 14,8858%
LAMPIRAN C
HASIL UJI MUTU FISIK GRANUL
Hasil Uji Kelembaban (%) Granul
Formula Replikasi Bets I Bets II Persyaratan
I 2,68 3,69
II 3,36 3,81 A
III 3,62 4,46 x 3,22 3,99 SD 0,49 0,41
I 5,38 5,24
II 3,37 3,49 B
III 3,13 3,53 x 3,96 4,09 3-5 %
SD 1,24 1,00 (Voigt,
I 2,54 2,61 1995)
II 4,44 2,73 C
III 3,04 4,13 x 3,34 3,16 SD 0,98 0,85
I 2,53 2,63
II 3,63 3,12 D
III 4,67 3,94 x 3,61 3,23 SD 1,07 0,66 Hasil Uji Waktu Alir (detik) Granul
Formula Replikasi Bets I Bets II Persyaratan
I 9,60 9,20
II 9,11 9,40 A
III 9,35 9,29 x 9,35 9,30 SD 0,25 0,10
I 8,28 8,62
II 8,93 8,39 B
III 8,50 8,50 x 8,57 8,50 < 10 detik
SD 0,33 0,12 (Siregar dan
I 4,81 4,64 Saleh, 2010)
II 4,66 4,56 C
III 5,01 4,50 x 4,83 4,57 SD 0,18 0,07
I 5,58 5,17
II 5,24 5,10 D
III 5,13 4,90 x 5,32 5,06 SD 0,23 0,14 Hasil Uji Sudut Istirahat ( ) Granul
Formula Replikasi Bets I Bets II Persyaratan
I 29,68 30,54
II 30,11 29,68 A
III 30,11 29,25 x 29,97 29,82 SD 0,25 0,66
I 30,54 30,11
II 30,11 30,11 < 25 = baik
B
III 28,81 29,25 sekali x 29,82 29,82 25-30 = baik
SD 0,90 0,50 30-40 = agak baik
I 29,68 28,88 >40 = sangat
II 29,25 29,25 buruk C
III 30,11 29,25 (Wells, 1988) x 29,68 29,13
SD 0,43 0,21 I 28,88 28,37
II 27,47 29,68 D
III 28,37 28,37 x 28,24 28,81 SD 0,71 0,76
Contoh perhitungan uji sudut istirahat granul:
Formula A bets 1: W persegi panjang = 4,44 gram W lingkaran = 1,0 gram Luas persegi panjang = 29,7 x 21,0
2
= 623,70 cm
2 Luas lingkaran = x 623,70 = 140,47 cm
2
π A = . r
2
r = = = 44,74 r = 6,69 cm tg α = = = 0,57
α = 29,68
Hasil Uji Indeks Kompresibilitas (%) Granul
Formula Replikasi Bets I Bets II Persyaratan
I 17,00 18,00
II 18,00 21,00 A
III 17,00 17,00 x 17,33 18,67 SD 0,58 2,08
I 17,00 15,00
II 16,00 16,00 5-15% = baik
B
III 16,00 14,81 sekali x 16,33 15,27
12-16% = baik SD 0,58 0,64
18-21% = agak baik I 12,00 13,00
(Siregar dan
II 13,00 11,00 Saleh, 2010)
C
III 12,00 11,00 x 12,33 11,67 SD 0,58 1,15
I 19,00 17,00
II 18,00 16,00 D
III 19,00 18,00 x 18,67 17,00 SD 0,58 1,00
Contoh perhitungan uji indeks kompresibilitas granul:
Formula A bets 1: Berat gelas ukur (W ) = 90,35 gram
2 Volume gelas ukur kosong (V ) = 100 ml o
Volume gelas ukur setelah pengetukan (V ) = 83 ml
1 Bobot jenis nyata (ρ ) = = = 0,4583 bulk
Bobot jenis mampat (ρ ) = = = 0,5522
tapped
Indeks kompresibilitas = x 100% = x 100%
= 17,00 %
114 LAMPIRAN D HASIL UJI MUTU FISIK TABLET
Hasil Uji Keseragaman Bobot Tablet Formula A Bets 1 No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 270,60 1,08 267,30 2,08 277,20 1,18
2 270,80 1,01 273,80 0,30 276,70 0,99
3 275,50 0,71 275,40 0,89 279,70 2,09
4 268,80 1,74 265,90 2,59 276,40 0,89
5 268,90 1,70 275,10 0,78 270,60 1,23
6 277,00 1,26 268,10 1,79 272,00 0,72
7 273,00 0,20 272,40 0,21 273,80 0,06
8 276,70 1,15 271,50 0,54 275,40 0,52
9 268,90 1,70 274,30 0,48 274,10 0,05
10 268,30 1,92 281,00 2,94 275,10 0,41
11 276,80 1,18 271,90 0,40 268,50 2,00
12 272,60 0,35 265,00 2,92 269,80 1,52
13 273,50 0,02 273,20 0,08 272,80 0,43
115
14 279,60 2,21 281,70 3,19 270,50 1,27
15 284,50 4,00 272,80 0,07 273,90 0,03
16 273,40 0,06 277,60 1,69 273,00 0,36
17 273,20 0,13 272,80 0,07 278,10 1,51
18 277,90 1,59 270,00 1,09 268,50 2,00
19 269,70 1,41 274,80 0,67 273,10 0,32
20 271,50 0,75 275,00 0,74 280,30 2,31
x 273,56 272,98 273,98 SD 4,24 4,38 3,44Contoh perhitungan uji keseragaman bobot tablet:
Penyimpangan bobot tablet (%) = x 100% = x 100 %
= 1,08 %
117
Hasil Uji Keseragaman Bobot Tablet Formula A Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 269,60 1,37 267,90 1,95 277,80 1,64
2 270,50 1,04 279,70 2,36 269,80 1,29
3 270,60 1,00 276,80 1,30 278,90 2,04
4 269,90 1,26 273,60 0,13 268,70 1,69
5 268,50 1,77 268,90 1,59 276,60 1,20
6 274,00 0,24 276,60 1,23 266,90 2,35
7 276,30 1,08 272,00 0,45 271,80 0,56
8 270,40 1,08 268,90 1,59 272,20 0,41
9 278,40 1,85 268,70 1,66 272,90 0,15
10 273,50 0,06 279,90 2,44 275,30 0,72
11 277,90 1,67 274,70 0,53 271,20 0,78
12 268,70 1,70 277,80 1,67 278,50 1,90
13 275,00 0,61 277,50 1,56 272,30 0,37
14 269,80 1,30 269,80 1,26 272,80 0,19
15 268,70 1,70 268,80 1,62 269,80 1,29
16 279,70 2,32 275,80 0,94 269,20 1,51
17 278,90 2,03 267,80 1,99 269,60 1,36
18 277,80 1,63 276,80 1,30 277,90 1,68
19 269,90 1,26 273,40 0,06 275,40 0,76
20 278,80 2,00 269,40 1,41 278,80 2,00
x 273,35 273,24 273,32 SD 4,11 4,20 3,81
Hasil Uji Keseragaman Bobot Tablet Formula B Bets 1
Replikasi 1 Replikasi 2 Replikasi 3 No Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 300,40 0,94 300,70 1,17 297,20 0,02
2 295,30 0,77 296,50 0,25 296,30 0,28
3 296,30 0,43 295,00 0,75 300,50 1,13
4 297,20 0,13 298,70 0,49 296,50 0,21
5 303,10 1,85 299,50 0,76 300,60 1,17
6 297,20 0,13 300,80 1,20 294,50 0,89
7 299,40 0,61 299,90 0,90 301,40 1,44
118
119
8 302,00 1,48 301,60 1,47 295,50 0,55
9 297,50 0,03 294,40 0,95 298,70 0,53
10 291,70 1,98 297,30 0,02 295,00 0,72
11 297,60 0,00 293,00 1,42 300,70 1,20
12 299,40 0,61 300,70 1,17 291,20 2,00
13 300,00 0,81 300,20 1,00 292,60 1,52
14 294,90 0,90 289,60 2,57 295,60 0,51
15 293,30 1,44 289,80 2,50 296,80 0,11
16 296,10 0,50 299,50 0,76 300,80 1,24
17 301,80 1,41 299,70 0,83 301,50 1,47
18 295,50 0,70 292,60 1,56 298,60 0,49
19 295,80 0,60 301,50 1,43 297,40 0,09
20 297,30 0,10 293,70 1,19 291,20 2,00
x 297,59 297,24 297,13 SD 2,95 3,89 3,25
120
Hasil Uji Keseragaman Bobot Tablet Formula B Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 301,70 1,21 301,20 1,14 296,50 0,46
2 295,80 0,77 294,20 1,21 298,20 0,11
3 297,30 0,27 294,70 1,04 298,60 0,25
4 297,40 0,24 295,80 0,67 294,90 1,00
5 300,20 0,70 300,10 0,77 295,50 0,79
6 297,60 0,17 301,60 1,28 296,10 0,59
7 294,40 1,24 294,60 1,07 301,80 1,32
8 295,30 0,94 300,60 0,94 295,50 0,79
9 299,50 0,47 295,40 0,80 299,20 0,45
10 301,30 1,07 301,30 1,18 294,30 1,2011 295,10 1,01 300,20 0,81 299,20 0,45 12 295,30 0,94 295,70 0,70 298,50 0,21 13 298,00 0,04 297,50 0,10 294,60 1,10 14 297,50 0,20 295,40 0,80 299,30 0,48 15 298,50 0,13 295,60 0,74 300,70 0,95 16 294,70 1,14 299,00 0,40 295,40 0,83
121
17 301,80 1,24 295,30 0,84 301,50 1,22 18 298,60 0,17 298,70 0,30 299,10 0,41 19 300,40 0,77 298,90 0,37 304,40 2,19 20 301,70 1,21 300,10 0,77 294,00 1,30 x 298,11 297,80 297,87SD 2,50 2,61 2,87
Hasil Uji Keseragaman Bobot Tablet Formula C Bets 1
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 302,30 0,61 300,00 1,41 297,70 2,10
2 301,20 0,97 311,20 2,27 300,80 1,08
3 299,10 1,66 312,60 2,73 303,10 0,32
4 301,20 0,97 300,20 1,34 305,10 0,33
5 303,30 0,28 312,10 2,57 298,70 1,77
6 298,10 1,99 311,70 2,44 298,90 1,71
7 309,40 1,72 300,70 1,18 311,50 2,44
122 8 312,10 2,61 297,20 2,33 298,50 1,84 9 312,30 2,68 299,60 1,54 300,90 1,05 10 303,60 0,18 298,00 2,07 311,10 2,31
11 303,80 0,12 311,70 2,44 299,80 1,41 12 299,80 1,43 312,10 2,57 298,00 2,00 13 311,20 2,31 299,70 1,51 301,80 0,75 14 298,40 1,89 300,50 1,24 310,90 2,24 15 300,60 1,17 312,90 2,83 312,80 2,87 16 303,80 0,12 299,80 1,47 297,90 2,03 17 301,70 0,81 302,60 0,55 297,50 2,17 18 308,70 1,49 304,20 0,03 312,80 2,87 19 302,20 0,64 298,70 1,84 311,70 2,50 20 310,40 2,05 300,20 1,34 312,20 2,67 x 304,16 304,29 304,09
SD 4,73 6,02 6,15
123
Hasil Uji Keseragaman Bobot Tablet Formula C Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 300,00 1,48 297,30 2,68 297,60 2,41
2 299,80 1,55 307,70 0,72 297,60 2,41
3 310,50 1,97 311,60 2,00 299,80 1,69
4 309,70 1,70 308,90 1,11 308,00 1,00
5 309,40 1,61 310,60 1,67 312,20 2,38
6 297,80 2,20 309,90 1,44 300,10 1,59
7 310,10 1,84 306,90 0,46 311,50 2,15
8 299,60 1,61 309,10 1,18 311,80 2,25
9 298,80 1,88 299,70 1,90 306,80 0,61
10 299,70 1,58 311,50 1,96 309,40 1,46
11 311,10 2,16 306,50 0,33 308,90 1,30
12 312,20 2,53 309,90 1,44 297,60 2,41
13 297,90 2,17 310,40 1,60 297,50 2,44
14 310,10 1,84 300,10 1,77 299,70 1,72
15 299,70 1,58 309,90 1,44 307,90 0,97
16 302,30 0,73 304,60 0,29 311,40 2,12
124
17 305,80 0,42 296,90 2,82 311,60 2,18
18 301,10 1,12 295,70 3,21 300,60 1,42
19 302,50 0,66 300,40 1,67 299,50 1,79
20 312,10 2,49 302,40 1,01 309,40 1,46
x 304,51 305,50 304,95SD 5,46 5,38 5,84
Hasil Uji Keseragaman Bobot Tablet Formula D Bets 1
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 287,00 1,71 295,50 1,31 295,20 1,19
2 297,60 1,92 288,70 1,03 298,50 2,32
3 287,70 1,47 294,30 0,89 288,40 1,14
4 293,20 0,41 290,20 0,51 296,20 1,53
5 292,40 0,14 294,40 0,93 291,10 0,22
6 295,00 1,03 291,80 0,04 293,00 0,43
7 289,80 0,76 287,70 1,37 287,30 1,52
8 291,60 0,14 287,10 1,57 297,40 1,94
125
9 293,00 0,34 294,30 0,89 293,30 0,53
10 288,80 1,10 287,90 1,30 289,20 0,87
11 295,10 1,06 287,40 1,47 288,00 1,28
12 297,10 1,74 291,10 0,20 294,50 0,95
13 288,00 1,37 288,00 1,27 286,90 1,66
14 290,70 0,45 287,20 1,54 298,10 2,18
15 294,00 0,68 306,10 4,94 287,20 1,56
16 288,50 1,20 291,20 0,17 290,70 0,36
17 295,00 1,03 291,40 0,10 289,20 0,87
18 290,30 0,58 287,90 1,30 296,00 1,46
19 297,00 1,71 290,20 0,51 287,00 1,62
20 288,30 1,27 301,40 3,33 287,60 1,42
x 292,01 291,69 291,74SD 3,42 4,97 4,12
126
Hasil Uji Keseragaman Bobot Tablet Formula D Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%) Bobot (mg) Penyimpangan (%)
1 288,60 1,32 287,60 1,46 295,50 1,08
2 293,60 0,38 287,30 1,56 294,60 0,77
3 289,30 1,09 287,80 1,39 293,80 0,49
4 292,10 0,13 297,30 1,87 287,90 1,52
5 294,00 0,52 287,70 1,42 294,70 0,80
6 287,00 1,87 295,40 1,21 295,10 0,94
7 292,30 0,06 288,40 1,18 300,20 2,68
8 290,30 0,74 294,60 0,94 287,00 1,83
9 295,10 0,90 300,70 3,03 293,80 0,49
10 289,50 1,02 287,50 1,49 288,80 1,22
11 301,10 2,95 295,80 1,35 288,20 1,42
12 291,70 0,26 294,30 0,84 300,10 2,65
13 291,40 0,37 301,20 3,20 294,50 0,73
14 292,70 0,08 288,60 1,12 294,60 0,77
15 301,50 3,09 295,30 1,18 287,60 1,63
16 293,40 0,32 288,70 1,08 300,20 2,68
127
17 295,40 1,00 295,30 1,18 288,60 1,28
18 294,20 0,59 288,40 1,18 287,50 1,66
19 288,70 1,29 288,70 1,08 286,80 1,90
20 287,60 1,67 286,50 1,83 287,60 1,63
x 292,48 291,86 292,36SD 3,89 4,79 4,68
Hasil Uji Keseragaman Ukuran Tablet Formula A Bets 1
Replikasi 1 Replikasi 2 Replikasi 3
NoTebal Diameter Tebal Diameter Tebal Diameter
(mm) (mm) (mm) (mm) (mm) (mm)
1 4,150 9,150 4,100 9,150 4,150 9,150 2 4,300 9,150 4,150 9,100 4,000 9,100 3 4,250 9,100 4,200 9,150 4,150 9,150 4 4,000 9,150 4,100 9,100 4,250 9,150 5 3,850 9,200 4,200 9,150 4,000 9,150 6 4,150 9,150 4,150 9,100 4,200 9,150 7 4,200 9,150 4,050 9,150 3,850 9,150 8 3,950 9,150 4,000 9,150 4,200 9,150 9 4,100 9,150 4,150 9,150 4,000 9,150 10 4,350 9,100 4,200 9,100 4,100 9,150
11 4,100 9,150 4,300 9,100 3,950 9,150 12 4,200 9,150 4,250 9,100 4,300 9,100 13 4,200 9,150 4,000 9,150 4,100 9,150 14 4,100 9,100 4,000 9,150 4,200 9,150 15 4,000 9,150 4,100 9,150 4,150 9,150 16 4,200 9,150 4,300 9,100 4,000 9,150 17 4,100 9,150 4,350 9,150 4,000 9,100 18 3,850 9,150 4,300 9,150 4,200 9,150 19 4,400 9,150 4,100 9,150 4,000 9,150 20 4,150 9,150 4,350 9,100 4,200 9,150 x 4,130 9,145 4,168 9,130 4,100 9,143
SD 0,147 0,022 0,114 0,025 0,118 0,018
Hasil Uji Keseragaman Ukuran Tablet Formula A Bets 2
Replikasi 1 Replikasi 2 Replikasi 3 No Tebal Diameter Tebal Diameter Tebal Diameter (mm) (mm) (mm) (mm) (mm) (mm)
1 4,200 9,100 4,200 9,150 4,100 9,150 2 4,300 9,200 4,100 9,150 3,950 9,150 3 3,950 9,150 3,950 9,150 3,950 9,200 4 4,250 9,150 4,100 9,150 4,200 9,200 5 4,100 9,150 4,100 9,150 4,250 9,150 6 3,950 9,150 3,900 9,150 4,000 9,150 7 4,300 9,150 4,300 9,150 4,250 9,150 8 4,000 9,150 4,100 9,150 4,100 9,150 9 4,200 9,150 4,250 9,150 4,100 9,150 10 4,100 9,150 4,100 9,150 4,200 9,200
11 3,950 9,150 4,200 9,200 4,200 9,150 12 4,100 9,150 3,900 9,200 3,950 9,150 13 4,250 9,150 4,100 9,150 4,300 9,200 14 3,950 9,200 4,300 9,150 4,300 9,150 15 4,100 9,150 4,100 9,150 4,000 9,150 16 4,200 9,150 4,500 9,150 4,200 9,150 17 4,000 9,200 4,100 9,200 4,150 9,150 18 4,100 9,150 4,200 9,200 4,250 9,150 19 4,250 9,200 3,950 9,200 4,150 9,150 20 4,200 9,150 4,250 9,150 4,300 9,200 x 4,123 9,158 4,135 9,163 4,145 9,163
SD 0,123 0,024 0,148 0,022 0,121 0,022
Hasil Uji Keseragaman Ukuran Tablet Formula B Bets 1
No Replikasi 1 Replikasi 2 Replikasi 3 Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm)
1 4,700 9,200 4,750 9,200 4,950 9,200 2 4,750 9,150 4,850 9,200 4,900 9,150 3 4,900 9,200 4,900 9,150 5,000 9,200 4 4,750 9,150 5,000 9,150 4,750 9,100 5 4,750 9,150 4,700 9,200 4,700 9,150 6 4,900 9,150 4,900 9,150 5,000 9,150 7 4,600 9,150 4,800 9,200 4,750 9,150 8 4,750 9,200 4,750 9,150 5,000 9,100 9 4,950 9,200 4,700 9,200 4,800 9,250 10 4,900 9,200 4,700 9,150 4,950 9,200
11 4,900 9,200 5,000 9,200 4,750 9,150 12 4,750 9,200 4,900 9,200 5,000 9,150 13 5,000 9,250 4,850 9,200 4,900 9,150 14 4,900 9,250 4,750 9,150 4,850 9,150 15 4,900 9,150 5,000 9,150 4,700 9,200 16 4,700 9,200 4,700 9,200 5,000 9,150 17 4,850 9,200 4,900 9,150 4,800 9,150 18 4,900 9,150 4,750 9,250 4,750 9,200 19 4,700 9,200 4,850 9,200 5,000 9,150 20 4,900 9,150 4,800 9,200 5,000 9,100 x 4,823 9,185 4,828 9,183 4,878 9,160
SD 0,107 0,033 0,103 0,029 0,116 0,038
Hasil Uji Keseragaman Ukuran Tablet Formula B Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm)
1 4,950 9,200 4,850 9,200 4,900 9,200 2 4,750 9,150 4,850 9,200 5,000 9,150 3 5,000 9,200 4,750 9,150 4,900 9,200 4 4,900 9,150 4,850 9,150 4,700 9,100 5 4,900 9,150 4,750 9,200 4,900 9,150 6 4,650 9,150 4,850 9,150 4,900 9,150 7 4,650 9,150 4,700 9,200 4,700 9,150 8 4,900 9,200 4,800 9,150 4,650 9,100 9 4,950 9,200 4,800 9,200 4,900 9,250 10 5,000 9,200 4,950 9,150 4,950 9,200
11 4,950 9,200 4,950 9,200 4,600 9,150 12 5,000 9,200 4,950 9,200 4,750 9,150 13 4,950 9,250 4,850 9,200 4,850 9,150 14 4,900 9,250 4,750 9,150 4,900 9,150 15 4,850 9,150 4,900 9,150 4,850 9,200 16 4,850 9,200 4,750 9,200 4,750 9,150 17 4,850 9,200 4,800 9,150 4,750 9,150 18 4,750 9,150 4,950 9,250 4,800 9,200 19 4,600 9,200 4,800 9,200 4,800 9,150 20 4,750 9,150 4,850 9,200 4,750 9,100 x 4,855 9,185 4,835 9,183 4,815 9,160
SD 0,123 0,033 0,076 0,029 0,106 0,038
Hasil Uji Keseragaman Ukuran Tablet Formula C Bets 1
No Replikasi 1 Replikasi 2 Replikasi 3 Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm)
1 4,950 9,200 5,000 9,200 4,900 9,200 2 4,900 9,150 4,850 9,200 5,000 9,150 3 5,000 9,200 4,900 9,150 4,900 9,200 4 4,900 9,150 4,950 9,150 4,900 9,100 5 4,900 9,150 4,950 9,200 4,900 9,150 6 4,650 9,150 4,900 9,150 4,900 9,150 7 4,900 9,150 5,000 9,200 5,000 9,150 8 4,900 9,200 4,900 9,150 5,000 9,100 9 5,000 9,200 5,000 9,200 4,900 9,250 10 5,000 9,200 4,950 9,150 4,950 9,200
11 4,950 9,200 4,950 9,200 5,000 9,150 12 5,000 9,200 4,950 9,200 5,000 9,150 13 4,950 9,250 4,900 9,200 4,850 9,150 14 4,900 9,250 4,900 9,150 4,900 9,150 15 4,850 9,150 4,900 9,150 4,850 9,200 16 4,850 9,200 5,000 9,200 4,900 9,150 17 4,850 9,200 4,900 9,150 5,000 9,150 18 4,950 9,150 4,950 9,250 4,800 9,200 19 4,900 9,200 4,800 9,200 4,800 9,150 20 5,000 9,150 4,850 9,200 4,950 9,100 x 4,915 9,185 4,925 9,183 4,920 9,160
SD 0,081 0,033 0,055 0,029 0,066 0,038
Hasil Uji Keseragaman Ukuran Tablet Formula C Bets 2
No Replikasi 1 Replikasi 2 Replikasi 3 Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm)
1 5,000 9,250 4,700 9,200 5,000 9,150 2 4,900 9,200 4,850 9,200 4,850 9,200 3 5,050 9,200 4,800 9,200 4,950 9,200 4 4,950 9,200 4,900 9,200 5,000 9,200 5 4,900 9,200 4,900 9,200 4,900 9,200 6 4,950 9,200 4,950 9,200 5,000 9,200 7 4,950 9,200 4,900 9,200 4,850 9,200 8 5,000 9,200 5,050 9,200 4,900 9,200 9 5,000 9,200 5,000 9,200 4,900 9,200 10 5,000 9,150 4,850 9,200 5,000 9,200
11 5,050 9,200 5,000 9,150 4,900 9,200 12 4,900 9,200 4,850 9,200 4,900 9,200 13 4,950 9,250 4,850 9,200 4,900 9,200 14 5,100 9,200 4,950 9,150 4,850 9,200 15 4,950 9,150 4,950 9,200 5,050 9,200 16 4,900 9,200 5,000 9,200 4,900 9,200 17 4,900 9,200 4,900 9,200 5,050 9,200 18 4,900 9,200 4,950 9,200 4,900 9,200 19 4,950 9,200 5,000 9,200 4,900 9,200 20 5,000 9,200 5,000 9,200 4,950 9,200 x 4,965 9,200 4,918 9,195 4,933 9,198
SD 0,059 0,023 0,085 0,015 0,063 0,011
Hasil Uji Keseragaman Ukuran Tablet Formula D Bets 1
No Replikasi 1 Replikasi 2 Replikasi 3 Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm) Tebal (mm) Diameter (mm)
1 4,950 9,150 4,350 9,100 4,300 9,200 2 5,000 9,150 4,800 9,150 4,300 9,150 3 4,700 9,150 4,800 9,150 5,000 9,150 4 4,800 9,150 4,300 9,200 4,300 9,200 5 4,800 9,150 4,850 9,150 4,300 9,200 6 4,750 9,150 4,400 9,200 4,300 9,150 7 4,950 9,150 4,750 9,150 4,300 9,200 8 5,000 9,200 4,350 9,150 4,500 9,200 9 4,300 9,150 4,550 9,200 4,500 9,200 10 5,000 9,200 4,850 9,150 4,300 9,150
11 4,800 9,150 4,200 9,200 4,800 9,200 12 4,800 9,200 4,900 9,150 4,300 9,200 13 4,750 9,200 4,650 9,200 4,650 9,200 14 5,000 9,150 4,400 9,200 5,050 9,150 15 4,950 9,200 4,650 9,150 4,250 9,200 16 4,400 9,200 4,750 9,150 4,850 9,200 17 5,000 9,150 5,000 9,150 4,300 9,000 18 4,700 9,200 4,850 9,150 4,300 9,150 19 5,000 9,200 4,950 9,200 4,550 9,200 20 5,000 9,150 4,750 9,150 4,800 9,150 x 4,833 9,170 4,655 9,165 4,498 9,173
SD 0,200 0,025 0,242 0,029 0,266 0,046
Hasil Uji Keseragaman Ukuran Tablet Formula D Bets 2
Replikasi 1 Replikasi 2 Replikasi 3 No Tebal Diameter Tebal Diameter Tebal Diameter
(mm) (mm) (mm) (mm) (mm) (mm)
1 4,700 9,200 4,650 9,200 4,700 9,200 2 4,650 9,200 4,600 9,200 4,600 9,200 3 4,400 9,200 4,700 9,200 4,750 9,200 4 4,600 9,200 4,750 9,200 4,700 9,200 5 4,650 9,200 4,550 9,200 4,650 9,200 6 4,650 9,200 4,650 9,200 4,750 9,200 7 4,700 9,200 4,650 9,200 4,700 9,200 8 4,700 9,200 4,650 9,200 4,650 9,250 9 4,650 9,250 4,650 9,200 4,650 9,250 10 4,550 9,250 4,600 9,200 4,700 9,200
11 4,700 9,200 4,600 9,200 4,600 9,200 12 4,700 9,200 4,500 9,200 4,700 9,200 13 4,700 9,200 4,700 9,250 4,750 9,250 14 4,650 9,200 4,700 9,200 4,700 9,200 15 4,700 9,200 4,700 9,200 4,700 9,200 16 4,800 9,200 4,650 9,200 4,750 9,200 17 4,700 9,200 4,600 9,250 4,700 9,200 18 4,650 9,250 4,650 9,200 4,650 9,200 19 4,650 9,200 4,700 9,200 4,650 9,200 20 4,650 9,200 4,650 9,250 4,700 9,200 x 4,658 9,208 4,645 9,208 4,688 9,208
SD 0,078 0,018 0,058 0,018 0,046 0,018
Hasil Uji Kekerasan Tablet Formula A
Kekerasan tablet (Kgf)
Bets 1 Bets 2
No
Replikasi Replikasi Replikasi Replikasi Replikasi Replikasi
1
2
3
1
2
3
1 4,8 4,1 4,2 5,0 4,6 4,0 2 6,9 8,7 7,3 4,3 8,6 4,4 3 6,4 6,3 8,6 5,0 4,3 8,7 4 6,6 4,8 7,2 8,8 8,3 4,9 5 5,7 7,8 6,7 5,3 5,6 6,4 6 6,3 6,9 4,7 7,5 4,9 4,7 7 5,8 5,8 4,7 5,0 5,5 4,4 8 6,1 4,4 4,2 4,5 5,8 4,4 9 7,4 4,3 5,9 7,8 4,2 7,8 10 4,1 5,8 6,4 4,6 4,3 4,8 x 6,01 5,89 5,99 5,78 5,61 5,45
SD 0,98 1,56 1,51 1,61 1,60 1,62 Hasil Uji Kekerasan Tablet Formula B
Kekerasan Tablet (Kgf)
Bets 1 Bets 2
No
Replikasi Replikasi Replikasi Replikasi Replikasi Replikasi
1
2
3
1
2
3
1 8,7 8,2 6,9 5,7 5,3 5,2 2 4,7 7,4 6,3 8,2 6,9 7,9 3 4,7 5,1 8,1 5,3 5,8 5,9 4 4,7 4,3 5,7 8,0 5,7 5,4 5 5,2 6,3 4,4 5,2 7,2 7,2 6 4,4 4,4 6,9 5,0 6,4 5,1 7 8,5 4,6 4,4 5,4 6,3 5,8 8 4,8 6,7 5,6 6,4 5,2 5,3 9 5,9 4,3 5,8 5,1 5,8 5,8 10 7,5 8,6 6,9 7,8 5,7 4,9 x 5,91 5,99 6,10 6,21 6,03 5,85
SD 1,68 1,67 1,17 1,30 0,66 0,97
Hasil Uji Kekerasan Tablet Formula C
No
Kekerasan tablet (Kgf)
Bets 1 Bets 2
4,24 0,39
4,20 0,27
4,16 0,32
4,39 0,38
SD 4,23 0,36
1 5,0 4,1 4,4 4,6 4,5 4,0 2 4,6 4,7 4,5 4,4 4,0 4,2 3 4,3 5,1 4,4 3,9 4,0 4,4 4 4,4 3,8 4,7 4,6 3,9 4,2 5 3,9 4,4 3,9 3,9 4,2 4,5 6 4,0 4,3 3,8 4,0 4,4 4,3 7 4,0 4,7 4,0 3,9 4,8 4,2 8 4,1 4,4 4,0 4,2 3,9 4,0 9 3,8 4,0 3,8 4,3 4,9 4,3 10 4,2 4,4 4,1 4,2 3,8 4,2 x
3
2 Replikasi
1 Replikasi
3 Replikasi
2 Replikasi
1 Replikasi
Replikasi
Hasil Uji Kekerasan Tablet Formula D
No
Kekerasan tablet (Kgf)
Bets 1 Bets 2
5,65 0,84
5,48 1,00
5,65 1,09
5,92 1,00
4,68 0,59
SD 6,02 0,72
1 5,6 5,5 4,4 5,1 5,7 7,6 2 5,8 4,8 4,5 5,6 4,7 4,4 3 5,5 4,2 6,5 4,0 4,3 4,9 4 7,3 4,0 7,0 6,9 7,4 5,3 5 7,4 4,7 6,9 6,7 5,9 5,7 6 6,0 4,3 7,2 6,2 6,4 5,5 7 5,7 4,6 6,0 4,5 5,5 6,0 8 5,5 5,8 5,4 6,8 5,6 5,9 9 5,9 4,8 5,4 6,3 4,0 5,4 10 5,5 4,1 5,9 4,4 5,3 5,8 x
3
2 Replikasi
1 Replikasi
3 Replikasi
2 Replikasi
1 Replikasi
Replikasi
4,23 0,16 Hasil Uji Kerapuhan Tablet
Formula Bets Replikasi Berat awal (gram) Berat akhir (gram) Kerapuhan (%) Rata- rata SD
A
1 1 5,5377 5,5078 0,54 0,54 0,01 2 5,5761 5,5466 0,53 3 5,5687 5,5387 0,54
2 1 5,5466 5,5169 0,54 0,52 0,01 2 5,5668 5,5377 0,52 3 5,6143 5,5853 0,52
B
1 1 5,7895 5,7676 0,38 0,37 0,01 2 5,8920 5,8694 0,38 3 5,9854 5,9638 0,36
2 1 5,9766 5,9540 0,38 0,38 0,01 2 6,0125 5,9902 0,37 3 5,8765 5,8538 0,39
C
1 1 6,0970 6,0660 0,51 0,50 0,01 2 6,1088 6,0789 0,49 3 6,0988 6,0690 0,49
2 1 6,0994 6,0704 0,48 0,48 0,01 2 6,1252 6,0952 0,49 3 6,1065 6,0774 0,48
D
1 1 5,8007 5,7880 0,22 0,22 0,01 2 5,7982 5,7854 0,22 3 5,8066 5,7930 0,23
2 1 5,9140 5,9003 0,23 0,24 0,01 2 5,9103 5,8965 0,23 3 5,9068 5,8921 0,25
Contoh perhitungan uji kerapuhan tablet:
Formula A bets 1: Berat tablet mula-mula (W ) = 5,5377 gram
o
Berat tablet setelah uji (W) = 5,5078 gram % kerapuhan = x 100%
= x 100% = 0,54 %
Hasil Uji Waktu Hancur Tablet
Formula Bets Replikasi Waktu hancur (menit) Rata-rata SD
1 8,22 1 2 8,45 8,29 0,14 3 8,19
A 1 8,21 2 2 8,26 8,26 0,06 3 8,32
1 10,20 1 2 10,21 10,21 0,01 3 10,22
B 1 10,20 2 2 10,22 10,22 0,02 3 10,23
1 8,41 1 2 9,18 8,60 0,51 3 8,22
C 1 8,1 2 2 9 8,77 0,59 3 9,2
1 9,15 1 2 9,1 9,16 0,06 3 9,22
D 1 9 2 2 9,10 9,12 0,13 3 9,25
LAMPIRAN E
HASIL UJI STATISTIK t BERPASANGAN
Respon Kekerasan Formula A
Paired Samples Test Paired Differences 95% Confidence Sig. (2- Std. Interval of the t df Std. tailed) Mean Error Difference Deviation Mean Lower Upper Formula A_1 - Pair 1 .25500 .03536 .02500 -.06266 .57266 10.200
1 .062 Formula A_2
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Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞŬĞƌĂƐĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Kekerasan Formula B
Paired Samples Test
Paired Differences
95% ConfidenceSig. (2-
Std.
Interval of the t df Std. tailed) Mean Error Difference DeviationMean
Lower UpperFormula B_1 - Pair 1 -.17000 .18385 .13000 -1.82181 1.48181 -1.308 1 .416 Formula B_2
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Respon Kekerasan Formula C
Paired Samples Test
Paired Differences
95% ConfidenceSig. (2-
Std.
Interval of the t df Std. tailed) Mean Error Difference DeviationMean
Lower UpperFormula C_1 - Pair 1 -.21500 .82731 .58500 -7.64813 7.21813 -.368 1 .776 Formula C_2
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Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞŬĞƌĂƐĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Kekerasan Formula D
Paired Samples Test
Paired Differences
95% ConfidenceSig. (2- Std. Interval of the t df Std. tailed) Mean Error Difference Deviation Mean Lower Upper Formula D_1 - Pair 1 .09000 .08485 .06000 -.67237 .85237 1.500
1 .374 Formula D_2
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Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞŬĞƌĂƐĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Kerapuhan Formula A
Paired Samples Test
Paired Differences
95% ConfidenceSig. (2- Std. Interval of the t df Std. tailed) Mean Error Difference Deviation Mean Lower Upper Formula A_1 - Pair 1 .00500 .00707 .00500 -.05853 .06853 1.000
1 .500 Formula A_2
<ĂƌĞŶĂ ƚ ŚŝƚƵŶŐ ;Ϭ͕ϱϬϬͿ ф ƚ ;ϭ͖ ϭϮ͕ϳϬϲͿ͕ ŵĂŬĂ ƚŝĚĂŬ ĂĚĂ ƉĞƌďĞĚĂĂŶ
Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞƌĂƉƵŚĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ͘
Respon Kerapuhan Formula B
Paired Samples Test
Paired Differences
95% ConfidenceSig. (2-
Std.
Interval of the t df Std. tailed) Mean Error Difference DeviationMean
Lower UpperFormula B_1 - Pair 1 -.00667 .02082 .01202 -.05838 .04504 -.555 2 .635 Formula B_2
<ĂƌĞŶĂ ƚ ŚŝƚƵŶŐ ;Ϭ͕ϲϯϱͿ ф ƚ ;Ϯ͖ ϰ͕ϯϬϯͿ͕ ŵĂŬĂ ƚŝĚĂŬ ĂĚĂ ƉĞƌďĞĚĂĂŶ
Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞƌĂƉƵŚĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Kerapuhan Formula C
Paired Samples Test Paired Differences 95% Confidence Sig. (2- Std. Interval of the t df Std. tailed) Mean Error Difference Deviation Mean Lower Upper Formula C_1 - Pair 1 .01000 .01732 .01000 -.03303 .05303 1.000
2 .423 Formula C_2
<ĂƌĞŶĂ ƚ ŚŝƚƵŶŐ ;Ϭ͕ϰϮϯͿ ф ƚ ;Ϯ͖ ϰ͕ϯϬϯͿ͕ ŵĂŬĂ ƚŝĚĂŬ ĂĚĂ ƉĞƌďĞĚĂĂŶ
Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞƌĂƉƵŚĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Kerapuhan Formula D
Paired Samples Test Paired Differences 95% Confidence Sig. (2- Std. Interval of the t df Std. tailed) Mean Error Difference Deviation Mean Lower Upper Formula D_1 - Pair 1 -.01333 .00577 .00333 -.02768 .00101 -4.000
2 .057 Formula D_2
<ĂƌĞŶĂ ƚ ŚŝƚƵŶŐ ;Ϭ͕ϬϱϳͿ ф ƚ ;Ϯ͖ ϰ͕ϯϬϯͿ͕ ŵĂŬĂ ƚŝĚĂŬ ĂĚĂ ƉĞƌďĞĚĂĂŶ
Ϭ͕Ϭϱ
ďĞƌŵĂŬŶĂ ĂŶƚĂƌ ďĞƚƐ ƉĂĚĂ ƌĞƐƉŽŶ ŬĞƌĂƉƵŚĂŶ ĚĂƌŝ ƐĞĚŝĂĂŶ ƚĂďůĞƚ ĞŬƐƚƌĂŬ ŚĞƌďĂ ƐĞůĞĚƌŝ ĚĞŶŐĂŶ ŬŽŵďŝŶĂƐŝ WsW <ͲϯϬ ĚĂŶ ŵĞƚŝůƐĞůƵůŽƐĂ ƐĞďĂŐĂŝ ƉĞŶŐŝŬĂƚ͘
Respon Waktu Hancur Formula A