LAMPIRAN 1
STANDAR NASIONAL INDONESIA 01-4269-1996
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LAMPIRAN 2
GRAFIK UJI TEKSTUR
LAMPIRAN 3
ANALISA DATA TEKSTUR
Descriptives
N
Mean
Std. Deviation
Std. Error
95% Confidence Interval for
Mean Minimum
Maximum Lower Bound Upper Bound
f / 75 / 35 2 28.2500000 5.86926913 4.15020000 -24.4832909 80.9832909 24.09980 32.40020 f / 75 / 40 2 21.1543000 9.40805572 6.65250000 -63.3737270 105.6823270 14.50180 27.80680 f / 75 / 45 2 26.6417500 3.97372798 2.80985000 -9.0607794 62.3442794 23.83190 29.45160 f / 80 / 35 2 16.9036500 1.75114994 1.23825000 1.1701920 32.6371080 15.66540 18.14190 f / 80 / 40 2 20.4870000 12.41396665 8.77800000 -91.0480652 132.0220652 11.70900 29.26500 f / 80 / 45 2 22.5430500 6.61661028 4.67865000 -36.9048348 81.9909348 17.86440 27.22170 f / 85 / 35 2 16.6804000 6.52574706 4.61440000 -41.9511111 75.3119111 12.06600 21.29480 f / 85 / 40 2 16.3857500 9.66692752 6.83555000 -70.4681478 103.2396478 9.55020 23.22130 f / 85 / 45 2 18.8448000 5.98905302 4.23490000 -34.9647064 72.6543064 14.60990 23.07970 nf / 75 / 35 2 22.5039000 4.16287904 2.94360000 -14.8980843 59.9058843 19.56030 25.44750 nf / 75 / 40 2 15.4852500 7.53160646 5.32565000 -52.1835493 83.1540493 10.15960 20.81090 nf / 75 / 45 2 24.5250500 17.56290610 12.41885000 -133.2714007 182.3215007 12.10620 36.94390 nf / 80 / 35 2 19.1641500 .41344533 .29235000 15.4494910 22.8788090 18.87180 19.45650 nf / 80 / 40 2 21.5121500 .12282445 .08685000 20.4086161 22.6156839 21.42530 21.59900 nf / 80 / 45 2 17.6748500 3.72836193 2.63635000 -15.8231529 51.1728529 15.03850 20.31120 nf / 85 / 35 2 25.1874000 9.28897894 6.56830000 -58.2707646 108.6455646 18.61910 31.75570 nf / 85 / 40 2 14.3167000 .25003296 .17680000 12.0702430 16.5631570 14.13990 14.49350 nf / 85 / 45 2 10.8512000 3.07817724 2.17660000 -16.8051252 38.5075252 8.67460 13.02780 Total 36 19.9506306 6.99230384 1.16538397 17.5847753 22.3164858 8.67460 36.94390
ANOVA
Sum of
Squares df
Mean
Square F Sig.
Between Groups 707.205 17 41.600 .746 .725
Within Groups 1004.026 18 55.779
Total 1711.231 35
Tests of Normality
KOMBINASI
Kolmogorov-Smirnov(a) Statistic df Sig.
BSTREGHT f / 75 / 35 .260 2 .
f / 75 / 40 .260 2 .
f / 75 / 45 .260 2 .
f / 80 / 35 .260 2 .
f / 80 / 40 .260 2 .
f / 80 / 45 .260 2 .
f / 85 / 35 .260 2 .
f / 85 / 40 .260 2 .
f / 85 / 45 .260 2 .
nf / 75 / 35 .260 2 .
nf / 75 / 40 .260 2 .
nf / 75 / 45 .260 2 .
nf / 80 / 35 .260 2 .
nf / 80 / 40 .260 2 .
nf / 80 / 45 .260 2 .
nf / 85 / 35 .260 2 .
nf / 85 / 40 .260 2 .
nf / 85 / 45 .260 2 .
a Lilliefors Significance Correction
LAMPIRAN 4
ANALISA DATA
BULK DENSITY
Descriptives
N
Mean
Std. Deviation
Std. Error
95% Confidence Interval for Mean
Minimum
Maximum Lower
Bound
Upper Bound
f / 75 / 35 2 4.06600 .007071 .005000 4.00247 4.12953 4.061 4.071 f / 75 / 40 2 3.99600 .043841 .031000 3.60211 4.38989 3.965 4.027 f / 75 / 45 2 4.03200 .072125 .051000 3.38398 4.68002 3.981 4.083 f / 80 / 35 2 4.03300 .033941 .024000 3.72805 4.33795 4.009 4.057 f / 80 / 40 2 4.03400 .007071 .005000 3.97047 4.09753 4.029 4.039 f / 80 / 45 2 3.94350 .000707 .000500 3.93715 3.94985 3.943 3.944 f / 85 / 35 2 4.04750 .064347 .045500 3.46937 4.62563 4.002 4.093 f / 85 / 40 2 4.08750 .013435 .009500 3.96679 4.20821 4.078 4.097 f / 85 / 45 2 4.06950 .006364 .004500 4.01232 4.12668 4.065 4.074 nf / 75 / 35 2 4.03600 .021213 .015000 3.84541 4.22659 4.021 4.051 nf / 75 / 40 2 3.99350 .064347 .045500 3.41537 4.57163 3.948 4.039 nf / 75 / 45 2 4.03350 .030406 .021500 3.76032 4.30668 4.012 4.055 nf / 80 / 35 2 4.00150 .013435 .009500 3.88079 4.12221 3.992 4.011 nf / 80 / 40 2 4.00250 .070004 .049500 3.37354 4.63146 3.953 4.052 nf / 80 / 45 2 4.04900 .042426 .030000 3.66781 4.43019 4.019 4.079 nf / 85 / 35 2 4.01250 .006364 .004500 3.95532 4.06968 4.008 4.017 nf / 85 / 40 2 4.02150 .068589 .048500 3.40525 4.63775 3.973 4.070 nf / 85 / 45 2 4.05550 .014849 .010500 3.92208 4.18892 4.045 4.066 Total 36 4.02858 .044393 .007399 4.01356 4.04360 3.943 4.097
ANOVA
Sum of
Squares df
Mean
Square F Sig.
Between Groups .039 17 .002 1.368 .258
Within Groups .030 18 .002
Total .069 35
Tests of Normality
KOMBINASI
Kolmogorov-Smirnov(a) Statistic df Sig.
BULKDENS f / 75 / 35 .260 2 .
f / 75 / 40 .260 2 .
f / 75 / 45 .260 2 .
f / 80 / 35 .260 2 .
f / 80 / 40 .260 2 .
f / 80 / 45 .260 2 .
f / 85 / 35 .260 2 .
f / 85 / 40 .260 2 .
f / 85 / 45 .260 2 .
nf / 75 / 35 .260 2 .
nf / 75 / 40 .260 2 .
nf / 75 / 45 .260 2 .
nf / 80 / 35 .260 2 .
nf / 80 / 40 .260 2 .
nf / 80 / 45 .260 2 .
nf / 85 / 35 .260 2 .
nf / 85 / 40 .260 2 .
nf / 85 / 45 .260 2 .
a Lilliefors Significance Correction
LAMPIRAN 5
ANALISA DATA KADAR AIR
Descriptives
N
Mean
Std. Deviation
Std. Error
95% Confidence Interval for Mean
Minimum
Maximum Lower
Bound
Upper Bound
f / 75 / 35 2 4.7413600 .13440686 .09504000 3.5337623 5.9489577 4.64632 4.83640 f / 75 / 40 2 4.5303600 .06716100 .04749000 3.9269423 5.1337777 4.48287 4.57785 f / 75 / 45 2 4.1638700 .29424127 .20806000 1.5202170 6.8075230 3.95581 4.37193 f / 80 / 35 2 4.4865200 .03999396 .02828000 4.1271885 4.8458515 4.45824 4.51480 f / 80 / 40 2 3.8024850 .00215668 .00152500 3.7831080 3.8218620 3.80096 3.80401 f / 80 / 45 2 3.4331950 .10072736 .07122500 2.5281956 4.3381944 3.36197 3.50442 f / 85 / 35 2 3.8120400 .00072125 .00051000 3.8055598 3.8185202 3.81153 3.81255 f / 85 / 40 2 3.7768300 .03046216 .02154000 3.5031383 4.0505217 3.75529 3.79837 f / 85 / 45 2 3.7558550 .03642307 .02575500 3.4286067 4.0831033 3.73010 3.78161 nf / 75 / 35 2 4.7967800 .11914749 .08425000 3.7262823 5.8672777 4.71253 4.88103 nf / 75 / 40 2 4.5918750 .01421992 .01005500 4.4641141 4.7196359 4.58182 4.60193 nf / 75 / 45 2 4.3628750 .02472752 .01748500 4.1407070 4.5850430 4.34539 4.38036 nf / 80 / 35 2 4.6375350 .08003742 .05659500 3.9184273 5.3566427 4.58094 4.69413 nf / 80 / 40 2 4.3413150 .04147181 .02932500 3.9687055 4.7139245 4.31199 4.37064 nf / 80 / 45 2 3.7731700 .12838231 .09078000 2.6197007 4.9266393 3.68239 3.86395 nf / 85 / 35 2 4.5675300 .00203647 .00144000 4.5492331 4.5858269 4.56609 4.56897 nf / 85 / 40 2 4.3364250 .04510634 .03189500 3.9311606 4.7416894 4.30453 4.36832 nf / 85 / 45 2 4.2992200 .00321026 .00227000 4.2703769 4.3280631 4.29695 4.30149 Total 36 4.2338467 .40803531 .06800589 4.0957874 4.3719060 3.36197 4.88103
ANOVA
Sum of Squares df
Mean
Square F Sig.
Between Groups 5.662 17 .333 36.375 .000
Within Groups .165 18 .009
Total 5.827 35
Tests of Normality
KOMBINASI
Kolmogorov-Smirnov(a) Statistic df Sig.
KDRAIR f / 75 / 35 .260 2 .
f / 75 / 40 .260 2 .
f / 75 / 45 .260 2 .
f / 80 / 35 .260 2 .
f / 80 / 40 .260 2 .
f / 80 / 45 .260 2 .
f / 85 / 35 .260 2 .
f / 85 / 40 .260 2 .
f / 85 / 45 .260 2 .
nf / 75 / 35 .260 2 .
nf / 75 / 40 .260 2 .
nf / 75 / 45 .260 2 .
nf / 80 / 35 .260 2 .
nf / 80 / 40 .260 2 .
nf / 80 / 45 .260 2 .
nf / 85 / 35 .260 2 .
nf / 85 / 40 .260 2 .
nf / 85 / 45 .260 2 .
a Lilliefors Significance Correction
KADAR AIR (Post Hoc Test) Duncan
KOMBINASI
N
Subset for alpha = .05
1 2 3 4 5 6 7 8 9
f / 80 / 45 2 3.4331950
f / 85 / 45 2 3.7558550
nf / 80 / 45 2 3.7731700
f / 85 / 40 2 3.7768300
f / 80 / 40 2 3.8024850
f / 85 / 35 2 3.8120400
f / 75 / 45 2 4.1638700
nf / 85 / 45 2 4.2992200 4.2992200
nf / 85 / 40 2 4.3364250 4.3364250 4.3364250 nf / 80 / 40 2 4.3413150 4.3413150 4.3413150
nf / 75 / 45 2 4.3628750 4.3628750 4.3628750 4.3628750
f / 80 / 35 2 4.4865200 4.4865200 4.4865200 4.4865200
f / 75 / 40 2 4.5303600 4.5303600 4.5303600 4.5303600
nf / 85 / 35 2 4.5675300 4.5675300 4.5675300
nf / 75 / 40 2 4.5918750 4.5918750 4.5918750
nf / 80 / 35 2 4.6375350 4.6375350 4.6375350
f / 75 / 35 2 4.7413600 4.7413600
nf / 75 / 35 2 4.7967800
Sig. 1.000 .604 .076 .094 .083 .064 .172 .061 .063
Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 2.000.
LAMPIRAN 6
ANALISA DATA KADAR LEMAK
Descriptives
N
Mean
Std. Deviation
Std. Error
95% Confidence Interval for Mean
Minimum
Maximum Lower
Bound
Upper Bound
f / 75 / 35 2 18.6235300 1.62391315 1.14828000 4.0332492 33.2138108 17.47525 19.77181 f / 75 / 40 2 21.2652050 .68573094 .48488500 15.1041569 27.4262531 20.78032 21.75009 f / 75 / 45 2 23.7569150 .97150108 .68695500 15.0283241 32.4855059 23.06996 24.44387 f / 80 / 35 2 20.0931500 .21924553 .15503000 18.1233071 22.0629929 19.93812 20.24818 f / 80 / 40 2 21.6501350 .11484121 .08120500 20.6183276 22.6819424 21.56893 21.73134 f / 80 / 45 2 23.8840550 .61263024 .43319500 18.3797906 29.3883194 23.45086 24.31725 f / 85 / 35 2 23.1484750 1.66865180 1.17991500 8.1562334 38.1407166 21.96856 24.32839 f / 85 / 40 2 23.1837050 1.73717044 1.22836500 7.5758478 38.7915622 21.95534 24.41207 f / 85 / 45 2 24.0061850 .87170003 .61638500 16.1742710 31.8380990 23.38980 24.62257 nf / 75 / 35 2 18.6114150 .05634934 .03984500 18.1051363 19.1176937 18.57157 18.65126 nf / 75 / 40 2 19.6118650 3.29226796 2.32798500 -9.9679890 49.1917190 17.28388 21.93985 nf / 75 / 45 2 23.0480555 1.18033724 .83462447 12.4431462 33.6529649 22.21343 23.88268 nf / 80 / 35 2 19.3837915 .04740650 .03352146 18.9578609 19.8097220 19.35027 19.41731 nf / 80 / 40 2 21.5447694 .87870662 .62133941 13.6499037 29.4396352 20.92343 22.16611 nf / 80 / 45 2 23.2635312 1.24804522 .88250124 12.0502899 34.4767726 22.38103 24.14603 nf / 85 / 35 2 21.2784893 1.66806596 1.17950075 6.2915112 36.2654673 20.09899 22.45799 nf / 85 / 40 2 23.0055193 1.41944519 1.00369932 10.2523103 35.7587284 22.00182 24.00922 nf / 85 / 45 2 23.9924969 .12604452 .08912694 22.8600319 25.1249620 23.90337 24.08162 Total 36 21.8528493 2.08860553 .34810092 21.1461669 22.5595318 17.28388 24.62257
ANOVA
Sum of
Squares df
Mean
Square F Sig.
Between Groups 122.249 17 7.191 4.254 .002
Within Groups 30.430 18 1.691
Total 152.680 35
Tests of Normality
KOMBINASI
Kolmogorov-Smirnov(a) Statistic df Sig.
KDRLEMAK f / 75 / 35 .260 2 .
f / 75 / 40 .260 2 .
f / 75 / 45 .260 2 .
f / 80 / 35 .260 2 .
f / 80 / 40 .260 2 .
f / 80 / 45 .260 2 .
f / 85 / 35 .260 2 .
f / 85 / 40 .260 2 .
f / 85 / 45 .260 2 .
nf / 75 / 35 .260 2 .
nf / 75 / 40 .260 2 .
nf / 75 / 45 .260 2 .
nf / 80 / 35 .260 2 .
nf / 80 / 40 .260 2 .
nf / 80 / 45 .260 2 .
nf / 85 / 35 .260 2 .
nf / 85 / 40 .260 2 .
nf / 85 / 45 .260 2 .
a Lilliefors Significance Correction
KADAR LEMAK (Post Hoc Test) ` Duncan
KOMBINASI N Subset for alpha = .05
1 2 3
nf / 75 / 35 2 18.6114150
f / 75 / 35 2 18.6235300
nf / 80 / 35 2 19.3837915
nf / 75 / 40 2 19.6118650
f / 80 / 35 2 20.0931500 20.0931500 f / 75 / 40 2 21.2652050 21.2652050 21.2652050 nf / 85 / 35 2 21.2784893 21.2784893 21.2784893 nf / 80 / 40 2 21.5447694 21.5447694 21.5447694 f / 80 / 40 2 21.6501350 21.6501350 21.6501350 nf / 85 / 40 2 23.0055193 23.0055193 nf / 75 / 45 2 23.0480555 23.0480555 f / 85 / 35 2 23.1484750 23.1484750 f / 85 / 40 2 23.1837050 23.1837050
nf / 80 / 45 2 23.2635312
f / 75 / 45 2 23.7569150
f / 80 / 45 2 23.8840550
nf / 85 / 45 2 23.9924969
f / 85 / 45 2 24.0061850
Sig. .056 .053 .086
Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 2.000.
LAMPIRAN 7
LEMBAR KUISIONER
Uji Organoleptik Keripik Nangka
Nama : Tanggal pengujian :
Umur : Jenis kelamin :
Di hadapan saudara terdapat 2 buah keripik nangka dengan pengolahan yang berbeda. Saya mohon bantuan saudara dalam menilai kedua keripik nangka tersebut. Penilaian yang dilakukan meliputi penilaian terhadap warna, aroma, rasa dan kerenyahan. Terima kasih atas kerjasama saudara.
Kode sampel
Warna Aroma Rasa Kerenyahan Overall
817 943
Skor penilaian terhadap warna Skor penilaian terhadap aroma dan rasa (nangka) 1. kuning kecoklatan 1. tidak tajam
2. kuning tua sekali 2. kurang tajam 3. kuning tua 3. tajam
4. kuning 4. sangat tajam
5. kuning muda 5. sangat tajam sekali
Skor penilaian terhadap kerenyahan Overal / keseluruhan 1. tidak renyah 1. tidak suka
2. kurang renyah 2. kurang suka
3. renyah 3. suka
4. sangat renyah 4. sangat suka 5. sangat renyah sekali 5. sangat suka sekali
Terima kasih
Uji Organoleptik Keripik Nangka
Nama : Tanggal pengujian :
Umur : Jenis kelamin :
Di hadapan saudara terdapat 3 buah keripik nangka dengan pengolahan yang berbeda. Saya mohon bantuan saudara dalam menilai ketiga keripik nangka tersebut. Penilaian yang dilakukan meliputi penilaian terhadap warna, aroma, rasa dan kerenyahan. Terima kasih atas kerjasama saudara.
Kode sampel
Warna Aroma Rasa Kerenyahan Overall
526 188 460
Skor penilaian terhadap warna Skor penilaian terhadap aroma dan rasa (nangka) 1. kuning kecoklatan 1. tidak tajam
2. kuning tua sekali 2. kurang tajam 3. kuning tua 3. tajam
4. kuning 4. sangat tajam
5. kuning muda 5. sangat tajam sekali
Skor penilaian terhadap kerenyahan Overal / keseluruhan 1. tidak renyah 1. tidak suka
2. kurang renyah 2. kurang suka
3. renyah 3. suka
4. sangat renyah 4. sangat suka 5. sangat renyah sekali 5. sangat suka sekali
Terima kasih
Uji Organoleptik Keripik Nangka
Nama : Tanggal pengujian :
Umur : Jenis kelamin :
Di hadapan saudara terdapat 3 buah keripik nangka dengan pengolahan yang berbeda. Saya mohon bantuan saudara dalam menilai ketiga keripik nangka tersebut. Penilaian yang dilakukan meliputi penilaian terhadap warna, aroma, rasa dan kerenyahan. Terima kasih atas kerjasama saudara.
Kode sampel
Warna Aroma Rasa Kerenyahan Overall
394 201 525
Skor penilaian terhadap warna Skor penilaian terhadap aroma dan rasa (nangka) 1. kuning kecoklatan 1. tidak tajam
2. kuning tua sekali 2. kurang tajam 3. kuning tua 3. tajam
4. kuning 4. sangat tajam
5. kuning muda 5. sangat tajam sekali
Skor penilaian terhadap kerenyahan Overal / keseluruhan 1. tidak renyah 1. tidak suka
2. kurang renyah 2. kurang suka
3. renyah 3. suka
4. sangat renyah 4. sangat suka 5. sangat renyah sekali 5. sangat suka sekali
Terima kasih
LAMPIRAN 8
PERHITUNGAN RATA-RATA SKOR SENSORIS
Parameter Skor
Variasi perlakuan
Perlakuan bahan Suhu (oC) Waktu (menit)
Non freezing Freezing 75 80 85 35 40 45
Warna 1 0 0 0 0 0 0 1 2
2 0 0 0 0 0 3 5 7
3 18 10 11 13 19 20 21 20
4 11 17 17 16 10 6 3 1
5 1 3 2 1 1 1 0 0
Aroma 1 0 0 0 0 0 0 0 0
2 0 2 0 0 0 0 0 0
3 20 19 15 16 15 15 11 7
4 9 9 12 11 11 12 15 19
5 1 0 3 3 4 3 4 4
Rasa 1 0 0 0 0 0 0 0 0
2 0 3 0 0 0 0 0 0
3 18 15 15 15 14 17 12 9
4 10 12 11 9 10 7 12 14
5 2 0 4 6 6 6 6 7
Kerenyahan 1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 11 14 10 13 11 13 10 6
4 14 13 9 7 8 11 13 15
5 5 3 11 10 11 6 7 9
Overall 1 0 0 0 0 0 0 0 0
2 0 0 0 0 0 0 0 0
3 10 12 9 11 10 11 7 6
4 9 8 9 12 11 14 15 13
5 11 8 12 7 9 5 8 11
Rata-rata skor sensoris untuk parameter warna : - Variasi perlakuan bahan :
non freezing =
- Variasi perlakuan suhu :
75 oC =
- Variasi perlakuan waktu : 35 menit =
Rata-rata skor sensoris untuk parameter aroma : - Variasi perlakuan bahan :
non freezing =
- Variasi perlakuan suhu : 75 oC =
- Variasi perlakuan waktu : 35 menit =
Rata-rata skor sensoris untuk parameter rasa : - Variasi perlakuan bahan :
non freezing =
- Variasi perlakuan suhu : 75 oC =
- Variasi perlakuan waktu : 35 menit =
Rata-rata skor sensoris untuk parameter kerenyahan : - Variasi perlakuan bahan :
non freezing =
- Variasi perlakuan suhu : 75 oC =
- Variasi perlakuan waktu : 35 menit =
Rata-rata skor sensoris untuk parameter overall : - Variasi perlakuan bahan :
non freezing =
- Variasi perlakuan suhu : 75 oC =
- Variasi perlakuan waktu : 35 menit =
