lampiran - unika repositoryrepository.unika.ac.id/6994/8/03.70.0132 agnes...lampiran 3. hasil olah...

74

LAMPIRAN

75

Lampiran 1. Perhitungan Kadar Vitamin A A. Pembuatan Kurva Standar

konsentrasi (ppm) absorbansi 0.000 0.0000 0.004 0.0042 0.009 0.0063 0.019 0.0097 0.390 0.0121 0.780 0.0313 1.562 0.0713 3.125 0.1144 6.250 0.2236 12.500 0.4060 25.000 0.7843 50.000 1.4740 100.000 2.4220

Keterangan : x = µgram karoten/ml yang terbaca dari kurva standar y = absorbansi mg beta karoten/ 100 gram sampel = x . pengenceran . 100 berat sampel x 1000 pengenceran = 1 berat sampel = 10 gram kadar vitamin A = 1 mg beta karoten x 1666,7 SI

= =?>>A@@CBBEDDGFFIHHJDDLKKNMMODDP@@QBBSRRTHHJDDPUUVRRWK KYXX

ZP[]\_^ \a`cbedLf]\g^ \ahc`cij k l]mgn oqpqprpm_n mrmcmrm

m_n srmcmrmtau vrvcvrvtau wrvcvrvx u vrvcvrvx u wrvcvrvy_z {r{c{r{

{gz {q{q{ |r{}z {c{r{ ~�{c{_z {r{r{ ~�|c{_z {r{q{��g��c��_��q��

� ��

�_�W� �q��r�� q¡_¢a£¥¤I g¢W� q¦I§©¨

76

B. Kadar Vitamin A

sampel ul y x mg â-karoten/100gr

sampel kdr vit.A

(SI) tepung jagung 1 0.4010 14.3280 0.1433 238.8478

2 0.8458 32.1200 0.3212 535.4404 3 0.7988 30.2400 0.3024 504.1008 4 0.8391 31.8520 0.3185 530.9728 5 0.5142 18.8560 0.1886 314.3295 6 0.4769 17.3640 0.1736 289.4579

menir jagung instan 1x kukus 1 0.0657 0.9160 0.0092 15.2697

2 0.0657 0.9148 0.0091 15.2490 3 0.0674 0.9852 0.0099 16.4230 4 0.0663 0.9400 0.0094 15.6698 5 0.0675 0.9883 0.0099 16.4750 6 0.0639 0.8440 0.0084 14.0695

menir jagung instan 2x kukus 1 0.0586 0.6320 0.0063 10.5354

2 0.0576 0.5920 0.0059 9.8686 3 0.0599 0.6855 0.0069 11.4280 4 0.0577 0.5964 0.0060 9.9423 5 0.0602 0.6960 0.0070 11.6023 6 0.0576 0.5920 0.0059 9.8686

1xkukus 9 mesh direbus 1 0.0600 0.6866 0.0069 11.4450 2 0.0606 0.7104 0.0071 11.8430 3 0.0611 0.7328 0.0073 12.2150 4 0.0616 0.7508 0.0075 12.5160 5 0.0607 0.7164 0.0072 11.9420 6 0.0610 0.7268 0.0073 12.1150 1xkukus 9 mesh dikukus 1 0.0601 0.6929 0.0069 11.5510 2 0.0577 0.5964 0.0060 9.9423 3 0.0578 0.5996 0.0060 9.9960 4 0.0596 0.6733 0.0067 11.2240 5 0.0590 0.6485 0.0065 10.8100 6 0.0592 0.6564 0.0066 10.9420 1xkukus 9 mesh micwave 1 0.0544 0.4644 0.0046 7.7423 2 0.0551 0.4932 0.0049 8.2216 3 0.0546 0.4730 0.0047 7.8843 4 0.0555 0.5076 0.0051 8.4621 5 0.0554 0.5046 0.0050 8.4112 6 0.0547 0.4764 0.0048 7.9423 1xkukus 36 mesh direbus 1 0.0612 0.7346 0.0073 12.2450 2 0.0608 0.7195 0.0072 11.9940 3 0.0605 0.7084 0.0071 11.8087 4 0.0613 0.7403 0.0074 12.3410 5 0.0601 0.6933 0.0069 11.5570 6 0.0602 0.6967 0.0070 11.6140

77

1xkukus 36 mesh dikukus 1 0.0576 0.5906 0.0059 9.8450 2 0.0586 0.6330 0.0063 10.5520 3 0.0593 0.6602 0.0066 11.0050 4 0.0595 0.6692 0.0067 11.1548 5 0.0578 0.5995 0.0060 9.9930 6 0.0578 0.5989 0.0060 9.9842 1xkukus 36 mesh micwave 1 0.0546 0.4707 0.0047 7.8465 2 0.0544 0.4650 0.0047 7.7520 3 0.0555 0.5096 0.0051 8.4950 4 0.0563 0.5400 0.0054 9.0015 5 0.0561 0.5304 0.0053 8.8415 6 0.0548 0.4798 0.0048 7.9990 1xkukus 144 mesh direbus 1 0.0591 0.6504 0.0065 10.8420 2 0.0593 0.6602 0.0066 11.0053 3 0.0592 0.6566 0.0066 10.9460 4 0.0593 0.6596 0.0066 10.9963 5 0.0596 0.6726 0.0067 11.2130 6 0.0590 0.6462 0.0065 10.7720 1xkukus 144 mesh dikukus 1 0.0567 0.5559 0.0056 9.2670 2 0.0579 0.6034 0.0060 10.0590 3 0.0593 0.6601 0.0066 11.0040 4 0.0592 0.6566 0.0066 10.9450 5 0.0578 0.5996 0.0060 9.9960 6 0.0587 0.6357 0.0064 10.5970 1xkukus 144 mesh micwave 1 0.0544 0.4646 0.0046 7.7450 2 0.0552 0.4958 0.0050 8.2650 3 0.0546 0.4704 0.0047 7.8423 4 0.0555 0.5066 0.0051 8.4450 5 0.0558 0.5188 0.0052 8.6490 6 0.0548 0.4794 0.0048 7.9912 2xkukus 9 mesh direbus 1 0.0541 0.4533 0.0045 7.5560 2 0.0539 0.4455 0.0045 7.4260 3 0.0556 0.5133 0.0051 8.5560 4 0.0546 0.4716 0.0047 7.8620 5 0.0548 0.4814 0.0048 8.0245 6 0.0554 0.5046 0.0050 8.4116 2xkukus 9 mesh dikukus 1 0.0554 0.5054 0.0051 8.4250 2 0.0548 0.4797 0.0048 7.9960 3 0.0551 0.4920 0.0049 8.2015 4 0.0547 0.4766 0.0048 7.9450 5 0.0555 0.5092 0.0051 8.4890 6 0.0544 0.4653 0.0047 7.7560 2xkukus 9 mesh micwave 1 0.0526 0.3934 0.0039 6.5580 2 0.0525 0.3881 0.0039 6.4698 3 0.0521 0.3733 0.0037 6.2230 4 0.0520 0.3695 0.0037 6.1590

78

5 0.0533 0.4202 0.0042 7.0040 6 0.0535 0.4272 0.0043 7.1220 2xkukus 36 mesh direbus 1 0.0546 0.4706 0.0047 7.8456 2 0.0543 0.4601 0.0046 7.6698 3 0.0544 0.4654 0.0047 7.7590 4 0.0550 0.4867 0.0049 8.1140 5 0.0552 0.4957 0.0050 8.2640 6 0.0550 0.4872 0.0049 8.1223 2xkukus 36 mesh dikukus 1 0.0546 0.4706 0.0047 7.8450 2 0.0552 0.4957 0.0050 8.2640 3 0.0546 0.4730 0.0047 7.8850 4 0.0544 0.4635 0.0046 7.7260 5 0.0553 0.4989 0.0050 8.3160 6 0.0551 0.4932 0.0049 8.2215 2xkukus 36 mesh micwave 1 0.0657 0.9160 0.0092 7.3348 2 0.0531 0.4110 0.0041 6.8520 3 0.0533 0.4193 0.0042 6.9889 4 0.0538 0.4406 0.0044 7.3450 5 0.0657 0.9160 0.0092 7.1348 6 0.0532 0.4168 0.0042 6.9480 2xkukus 144 mesh direbus 1 0.0542 0.4558 0.0046 7.5980 2 0.0546 0.4706 0.0047 7.8450 3 0.0542 0.4573 0.0046 7.6230 4 0.0551 0.4934 0.0049 8.2254 5 0.0544 0.4647 0.0046 7.7460 6 0.0548 0.4802 0.0048 8.0050 2xkukus 144 mesh dikukus 1 0.0550 0.4869 0.0049 8.1160 2 0.0550 0.4888 0.0049 8.1490 3 0.0547 0.4764 0.0048 7.9420 4 0.0548 0.4803 0.0048 8.0065 5 0.0546 0.4729 0.0047 7.8840 6 0.0551 0.4928 0.0049 8.2156 2xkukus 144 mesh micwave 1 0.0528 0.3986 0.0040 6.6450 2 0.0531 0.4122 0.0041 6.8720 3 0.0535 0.4275 0.0043 7.1260 4 0.0533 0.4203 0.0042 7.0056 5 0.0525 0.3893 0.0039 6.4890 6 0.0531 0.4133 0.0041 6.8895

Lampiran 2. Hasil Olah Data SPSS Karakteristik Kimia Tepung Jagung Uji Normalitas Tests of Normality

Kolmogorov-Smirnov(a) Shapiro-Wilk Statistic df Sig. Statistic df Sig. k.air .222 6 .200(*) .926 6 .553 k.abu .254 6 .200(*) .866 6 .212 k.lemak .220 6 .200(*) .956 6 .787 k.protein .195 6 .200(*) .940 6 .657 k.serat .227 6 .200(*) .889 6 .311 k.karbohidrat .247 6 .200(*) .885 6 .294 k.vit_a .274 6 .179 .825 6 .097

* This is a lower bound of the true significance. a Lilliefors Significance Correction One Sample Test One-Sample Statistics

N Mean Std. Deviation Std. Error

Mean k.air 6 13.27767 .430758 .175856 k.abu 6 .58333 .376386 .153659 k.lemak 6 2.67500 .643355 .262649 k.protein 6 10.80583 .563279 .229958 k.serat 6 1.67217 .321374 .131200 k.karbohidrat 6 71.56917 .303759 .124009 k.vit_a 6 402.19153 135.525022 55.327859

Lampiran 3. Hasil Olah Data SPSS Karakteristik Kimia Menir Jagung Instan Uji Normalitas Tests of Normality

Kolmogorov-Smirnov(a) Shapiro-Wilk perlakuan Statistic df Sig. Statistic df Sig.

menir_1x_kukus .179 6 .200(*) .957 6 .798 k.air menir_2x_kukus .194 6 .200(*) .930 6 .582 menir_1x_kukus .319 6 .056 .683 6 .004 k.abu menir_2x_kukus .319 6 .056 .683 6 .004 menir_1x_kukus .209 6 .200(*) .911 6 .442 k.lemak menir_2x_kukus .261 6 .200(*) .824 6 .096 menir_1x_kukus .210 6 .200(*) .964 6 .853 k.protein menir_2x_kukus .188 6 .200(*) .972 6 .903 menir_1x_kukus .215 6 .200(*) .911 6 .442 k.serat menir_2x_kukus .205 6 .200(*) .913 6 .457 menir_1x_kukus .204 6 .200(*) .914 6 .465 k.karbohidrat menir_2x_kukus .178 6 .200(*) .950 6 .742 menir_1x_kukus .289 6 .128 .867 6 .215 k.vit_a menir_2x_kukus .204 6 .200(*) .913 6 .458

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

Uji Beda Nyata 1. Kadar Air Paired Samples Statistics

Mean N Std. Deviation Std. Error

Mean menir_1x_kukus 9.33333 6 .286046 .116778 Pair 1

menir_2x_kukus 9.51100 6 .204954 .083672

Paired Samples Correlations

N Correlation Sig. Pair 1 menir_1x_ku

kus & menir_2x_kukus

6 .060 .910

Paired Samples Test

Paired Differences 95% Confidence Interval

of the Difference

Mean Std. Deviation Std. Error

Mean Lower Upper t df Sig. (2-tailed) Pair 1 menir_1x_ku

kus - menir_2x_kukus

-.177667 .341743 .139516 -.536304 .180971 -1.273 5 .259

2. Kadar Abu Paired Samples Statistics


Mean menir_1x_kukus .75000 6 .273861 .111803 Pair 1

menir_2x_kukus .75000 6 .273861 .111803




6 -.333 .519

Paired Samples Test


of the Difference




.000000 .447214 .182574 -.469322 .469322 .000 5 1.000

3. Kadar Lemak Paired Samples Statistics



menir_2x_kukus 1.05483 6 .615601 .251318




6 .926 .008

Paired Samples Test


of the Difference




.153833 .233757 .095431 -.091480 .399147 1.612 5 .168

4. Kadar Protein Paired Samples Statistics



menir_2x_kukus 9.51150 6 .186919 .076309




6 .432 .392

Paired Samples Test


of the Difference




-.229833 .198990 .081237 -.438660 -.021006 -2.829 5 .037

5. Kadar Serat Kasar Paired Samples Statistics



menir_2x_kukus 1.21550 6 .551478 .225140




6 -.090 .866

Paired Samples Test


of the Difference




.226667 .801264 .327115 -.614209 1.067542 .693 5 .519

6. Kadar Karbohidrat Paired Samples Statistics


Mean menir_1x_kukus 78.73417 6 1.224192 .499774 Pair 1

menir_2x_kukus 78.70717 6 .844407 .344728




6 .692 .127

Paired Samples Test


of the Difference




.027000 .883294 .360603 -.899960 .953960 .075 5 .943

7. Kadar Vitamin A Paired Samples Statistics


Mean menir_1x_kukus 13.86943 6 3.186726 1.300975 Pair 1

menir_2x_kukus 9.24627 6 1.997572 .815505




6 -.744 .090

Paired Samples Test


of the Difference




4.623167 4.859256 1.983783 -.476310 9.722644 2.330 5 .067

Lampiran 4. Hasil Olah Data SPSS Karakteristik Kimia Nasi Jagung Instan Uji Normalitas Tests of Normality


1kks_9m_rbs .186 6 .200(*) .950 6 .742 1kks_9m_kks .150 6 .200(*) .974 6 .918 1kks_9m_mwv .169 6 .200(*) .964 6 .853 1kks_36m_rbs .229 6 .200(*) .909 6 .429 1kks_36m_kks .202 6 .200(*) .920 6 .503 1kks_36m_mwv .182 6 .200(*) .944 6 .694

1kks_144m_rbs .141 6 .200(*) .973 6 .912

1kks_144m_kks .203 6 .200(*) .945 6 .697

1kks_144m_mwv .181 6 .200(*) .944 6 .690


2kks_144m_rbs .157 6 .200(*) .976 6 .929

2kks_144m_kks .211 6 .200(*) .885 6 .294

k.air

2kks_144m_mwv .173 6 .200(*) .954 6 .772

1kks_9m_rbs .319 6 .056 .683 6 .004 k.abu 1kks_9m_kks .319 6 .056 .683 6 .004

1kks_9m_mwv .319 6 .056 .683 6 .004 1kks_36m_rbs .319 6 .056 .683 6 .004 1kks_36m_kks .319 6 .056 .683 6 .004 1kks_36m_mwv .319 6 .056 .683 6 .004

1kks_144m_rbs .319 6 .056 .683 6 .004

1kks_144m_kks .319 6 .056 .683 6 .004

1kks_144m_mwv .319 6 .056 .683 6 .004

2kks_9m_rbs .319 6 .056 .683 6 .004 2kks_9m_kks .319 6 .056 .683 6 .004 2kks_9m_mwv .319 6 .056 .683 6 .004 2kks_36m_rbs .319 6 .056 .683 6 .004 2kks_36m_kks .319 6 .056 .683 6 .004 2kks_36m_mwv .319 6 .056 .683 6 .004

2kks_144m_rbs .319 6 .056 .683 6 .004

2kks_144m_kks .319 6 .056 .683 6 .004

2kks_144m_mwv .319 6 .056 .683 6 .004

1kks_9m_rbs .299 6 .102 .874 6 .244 1kks_9m_kks .261 6 .200(*) .859 6 .187 1kks_9m_mwv .166 6 .200(*) .983 6 .964 1kks_36m_rbs .312 6 .070 .828 6 .103 1kks_36m_kks .309 6 .076 .838 6 .125 1kks_36m_mwv .270 6 .196 .834 6 .116

1kks_144m_rbs .228 6 .200(*) .849 6 .154

1kks_144m_kks .281 6 .150 .863 6 .200

1kks_144m_mwv .282 6 .147 .898 6 .360

k.lemak

2kks_9m_rbs .288 6 .131 .860 6 .189

2kks_9m_kks .304 6 .087 .823 6 .094 2kks_9m_mwv .235 6 .200(*) .901 6 .381 2kks_36m_rbs .300 6 .099 .868 6 .219 2kks_36m_kks .194 6 .200(*) .928 6 .563 2kks_36m_mwv .218 6 .200(*) .945 6 .699

2kks_144m_rbs .269 6 .200 .926 6 .553

2kks_144m_kks .262 6 .200(*) .868 6 .219

2kks_144m_mwv .196 6 .200(*) .923 6 .530


1kks_144m_rbs .270 6 .196 .855 6 .171

1kks_144m_kks .197 6 .200(*) .902 6 .388

1kks_144m_mwv .134 6 .200(*) .987 6 .982

2kks_9m_rbs .249 6 .200(*) .935 6 .619 2kks_9m_kks .179 6 .200(*) .979 6 .947 2kks_9m_mwv .171 6 .200(*) .955 6 .777 2kks_36m_rbs .143 6 .200(*) .969 6 .889 2kks_36m_kks .315 6 .063 .799 6 .058 2kks_36m_mwv .268 6 .200(*) .861 6 .193

2kks_144m_rbs .222 6 .200(*) .925 6 .541

2kks_144m_kks .230 6 .200(*) .889 6 .311

k.protein

2kks_144m_mwv .176 6 .200(*) .950 6 .739

1kks_9m_rbs .231 6 .200(*) .897 6 .355 1kks_9m_kks .309 6 .076 .742 6 .017 1kks_9m_mwv .247 6 .200(*) .881 6 .273 1kks_36m_rbs .189 6 .200(*) .883 6 .285 1kks_36m_kks .250 6 .200(*) .947 6 .713 1kks_36m_mwv .280 6 .156 .928 6 .562

1kks_144m_rbs .197 6 .200(*) .873 6 .237

1kks_144m_kks .262 6 .200(*) .792 6 .050

1kks_144m_mwv .201 6 .200(*) .863 6 .201

2kks_9m_rbs .316 6 .061 .848 6 .150 2kks_9m_kks .231 6 .200(*) .892 6 .329 2kks_9m_mwv .241 6 .200(*) .884 6 .290 2kks_36m_rbs .230 6 .200(*) .893 6 .334 2kks_36m_kks .307 6 .080 .767 6 .029 2kks_36m_mwv .306 6 .083 .737 6 .015

2kks_144m_rbs .248 6 .200(*) .877 6 .254

2kks_144m_kks .299 6 .101 .870 6 .225

k.serat

2kks_144m_mwv .183 6 .200(*) .964 6 .853

1kks_9m_rbs .187 6 .200(*) .948 6 .720 1kks_9m_kks .227 6 .200(*) .863 6 .199 1kks_9m_mwv .198 6 .200(*) .917 6 .487 1kks_36m_rbs .241 6 .200(*) .923 6 .526 1kks_36m_kks .190 6 .200(*) .919 6 .495 1kks_36m_mwv .282 6 .146 .903 6 .392

1kks_144m_rbs .216 6 .200(*) .879 6 .266

k.khidrat

1kks_144m_kks .186 6 .200(*) .927 6 .560

1kks_144m_mwv .235 6 .200(*) .963 6 .843


2kks_144m_rbs .237 6 .200(*) .857 6 .180

2kks_144m_kks .258 6 .200(*) .865 6 .207

2kks_144m_mwv .263 6 .200(*) .811 6 .074

1kks_9m_rbs .154 6 .200(*) .989 6 .986 1kks_9m_kks .208 6 .200(*) .909 6 .431 1kks_9m_mwv .214 6 .200(*) .915 6 .467 1kks_36m_rbs .170 6 .200(*) .925 6 .545 1kks_36m_kks .276 6 .171 .866 6 .211 1kks_36m_mwv .228 6 .200(*) .896 6 .349

1kks_144m_rbs .223 6 .200(*) .954 6 .773

1kks_144m_kks .166 6 .200(*) .923 6 .530

1kks_144m_mwv .179 6 .200(*) .948 6 .724


k.vit_a

2kks_144m_rbs .159 6 .200(*) .929 6 .575

2kks_144m_kks .190 6 .200(*) .955 6 .781

2kks_144m_mwv .225 6 .200(*) .958 6 .807

* This is a lower bound of the true significance. a Lilliefors Significance Correction Oneway Descriptives

95% Confidence Interval for Mean

N Mean Std. Deviation Std. Error Lower Bound Upper Bound Minimum Maximum 1kks_9m_rbs 6 61.41133 .712458 .290860 60.66365 62.15901 60.400 62.267 1kks_9m_kks 6 69.13333 .700476 .285968 68.39823 69.86844 68.000 70.000 1kks_9m_mwv 6 65.61100 .556854 .227335 65.02662 66.19538 64.933 66.400 1kks_36m_rbs 6 63.30000 .711555 .290491 62.55327 64.04673 62.200 64.000 1kks_36m_kks 6 70.80000 .596248 .243417 70.17428 71.42572 70.067 71.533 1kks_36m_mwv 6 66.34467 .398839 .162825 65.92611 66.76322 65.867 66.867

1kks_144m_rbs 6 63.76667 .526287 .214856 63.21436 64.31897 62.933 64.400

1kks_144m_kks 6 73.31117 .457410 .186737 72.83114 73.79119 72.800 74.000

1kks_144m_mwv 6 67.07783 .302364 .123439 66.76052 67.39514 66.733 67.600

2kks_9m_rbs 6 65.24433 .510605 .208453 64.70849 65.78018 64.733 65.933 2kks_9m_kks 6 66.37783 .394841 .161193 65.96347 66.79219 65.733 66.733 2kks_9m_mwv 6 64.80017 .413054 .168628 64.36669 65.23364 64.067 65.200 2kks_36m_rbs 6 64.36667 .451634 .184379 63.89271 64.84063 63.867 64.933 2kks_36m_kks 6 66.87783 .577113 .235605 66.27219 67.48348 66.067 67.533 2kks_36m_mwv 6 66.22217 .463011 .189024 65.73627 66.70807 65.667 66.733

k.air

2kks_144m_rbs 6 64.85567 .464363 .189575 64.36835 65.34299 64.267 65.533

2kks_144m_kks 6 66.98883 .499619 .203969 66.46452 67.51315 66.467 67.667

2kks_144m_mwv 6 67.98900 .548782 .224039 67.41309 68.56491 67.267 68.667

Total 108 66.35992 2.749401 .264561 65.83545 66.88438 60.400 74.000 1kks_9m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_9m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_9m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_36m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_36m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_36m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

1kks_144m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

1kks_144m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

1kks_144m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

2kks_9m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_9m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_9m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_36m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_36m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_36m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

2kks_144m_rbs 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

2kks_144m_kks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

2kks_144m_mwv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000

k.abu

Total 108 .75000 .251166 .024168 .70209 .79791 .500 1.000 1kks_9m_rbs 6 .77033 .110648 .045172 .65421 .88645 .594 .943 1kks_9m_kks 6 .82400 .132260 .053995 .68520 .96280 .600 .936 1kks_9m_mwv 6 1.37883 .264783 .108097 1.10096 1.65671 1.008 1.753 1kks_36m_rbs 6 .92017 .218994 .089404 .69035 1.14999 .723 1.323

k.lemak

1kks_36m_kks 6 .43667 .157064 .064121 .27184 .60150 .148 .584

1kks_36m_mwv 6 .89667 .375395 .153254 .50271 1.29062 .500 1.325

1kks_144m_rbs 6 1.20767 .247861 .101189 .94755 1.46778 .903 1.461

1kks_144m_kks 6 .57750 .106401 .043438 .46584 .68916 .408 .673

1kks_144m_mwv 6 1.31717 .107557 .043910 1.20429 1.43004 1.153 1.491

2kks_9m_rbs 6 .95517 .237250 .096857 .70619 1.20414 .700 1.392 2kks_9m_kks 6 1.03850 .233954 .095512 .79298 1.28402 .832 1.371 2kks_9m_mwv 6 1.02683 .205461 .083879 .81122 1.24245 .703 1.225 2kks_36m_rbs 6 .71200 .106469 .043466 .60027 .82373 .541 .877 2kks_36m_kks 6 .60917 .206825 .084436 .39212 .82622 .325 .848 2kks_36m_mwv 6 1.04267 .252306 .103003 .77789 1.30745 .668 1.339

2kks_144m_rbs 6 .86567 .022651 .009247 .84190 .88944 .826 .893

2kks_144m_kks 6 .71450 .131445 .053662 .57656 .85244 .503 .832

2kks_144m_mwv 6 1.11967 .018886 .007710 1.09985 1.13949 1.097 1.143

Total 108 .91184 .306195 .029464 .85343 .97025 .148 1.753 1kks_9m_rbs 6 8.23700 .224160 .091513 8.00176 8.47224 7.953 8.554 1kks_9m_kks 6 8.06450 .133840 .054640 7.92404 8.20496 7.886 8.223 1kks_9m_mwv 6 5.97950 .515739 .210550 5.43827 6.52073 5.387 6.772 1kks_36m_rbs 6 8.11950 .177101 .072301 7.93364 8.30536 7.865 8.315 1kks_36m_kks 6 8.07333 .626595 .255806 7.41576 8.73090 7.260 8.812 1kks_36m_mwv 6 6.63350 .378290 .154436 6.23651 7.03049 6.243 7.165

1kks_144m_rbs 6 8.18583 .421386 .172030 7.74362 8.62805 7.632 8.611

1kks_144m_kks 6 8.10800 .471891 .192649 7.61278 8.60322 7.298 8.561

1kks_144m_mwv 6 6.96517 .552848 .225699 6.38499 7.54534 6.241 7.805

2kks_9m_rbs 6 8.04833 .509597 .208042 7.51354 8.58312 7.445 8.851 2kks_9m_kks 6 7.91833 .389550 .159033 7.50953 8.32714 7.298 8.434

k.protein

2kks_9m_mwv 6 5.99233 .392947 .160420 5.57996 6.40471 5.516 6.570

2kks_36m_rbs 6 8.37617 .100408 .040991 8.27079 8.48154 8.226 8.496 2kks_36m_kks 6 8.09950 .250547 .102285 7.83657 8.36243 7.883 8.462 2kks_36m_mwv 6 6.88467 .573676 .234202 6.28263 7.48670 6.224 7.541

2kks_144m_rbs 6 8.26867 .331419 .135301 7.92086 8.61647 7.811 8.649

2kks_144m_kks 6 8.04000 .289540 .118204 7.73615 8.34385 7.669 8.344

2kks_144m_mwv 6 7.11700 .276208 .112761 6.82714 7.40686 6.729 7.445

Total 108 7.61730 .859357 .082692 7.45337 7.78122 5.387 8.851 1kks_9m_rbs 6 .55383 .148450 .060604 .39804 .70962 .385 .787 1kks_9m_kks 6 .38967 .081672 .033342 .30396 .47538 .306 .467 1kks_9m_mwv 6 .49683 .128289 .052374 .36220 .63146 .350 .686 1kks_36m_rbs 6 .55867 .173266 .070736 .37684 .74050 .365 .771 1kks_36m_kks 6 .54183 .152912 .062426 .38136 .70230 .301 .742 1kks_36m_mwv 6 .57150 .175938 .071827 .38686 .75614 .344 .851

1kks_144m_rbs 6 .55400 .168523 .068799 .37715 .73085 .367 .753

1kks_144m_kks 6 .38417 .161429 .065903 .21476 .55358 .264 .680

1kks_144m_mwv 6 .50500 .154140 .062927 .34324 .66676 .334 .682

2kks_9m_rbs 6 .35067 .107914 .044056 .23742 .46392 .177 .518 2kks_9m_kks 6 .82167 .131110 .053525 .68408 .95926 .675 1.023 2kks_9m_mwv 6 .38883 .131920 .053856 .25039 .52728 .181 .536 2kks_36m_rbs 6 .72717 .005193 .002120 .72172 .73262 .721 .734 2kks_36m_kks 6 .58667 .091834 .037491 .49029 .68304 .498 .686 2kks_36m_mwv 6 .43050 .097912 .039972 .32775 .53325 .337 .528

2kks_144m_rbs 6 .50900 .141103 .057605 .36092 .65708 .350 .729

2kks_144m_kks 6 .50150 .109940 .044883 .38613 .61687 .328 .675

2kks_144m_mwv 6 .48667 .009812 .004006 .47637 .49696 .475 .501

k.serat

Total 108 .51990 .165826 .015957 .48827 .55153 .177 1.023


1kks_144m_rbs 6 26.28583 .791353 .323068 25.45536 27.11631 25.198 27.094

1kks_144m_kks 6 17.61900 .530223 .216463 17.06257 18.17543 17.040 18.554

1kks_144m_mwv 6 24.13500 .434188 .177256 23.67935 24.59065 23.448 24.763


2kks_144m_rbs 6 25.50117 .618032 .252311 24.85258 26.14975 24.924 26.355

2kks_144m_kks 6 23.75517 .560047 .228638 23.16743 24.34290 22.721 24.303

2kks_144m_mwv 6 23.28750 .720562 .294168 22.53132 24.04368 22.309 23.909

k.khidrat

Total 108 24.59118 2.744169 .264058 24.06771 25.11464 17.040 30.655 1kks_9m_rbs 6 12.01267 .363533 .148412 11.63116 12.39417 11.445 12.516 1kks_9m_kks 6 10.74422 .652294 .266298 10.05968 11.42876 9.942 11.551 1kks_9m_mwv 6 8.11063 .297125 .121301 7.79882 8.42245 7.742 8.462 1kks_36m_rbs 6 11.92662 .324306 .132397 11.58628 12.26695 11.557 12.341 1kks_36m_kks 6 10.42233 .566114 .231115 9.82823 11.01643 9.845 11.155 1kks_36m_mwv 6 8.32258 .532326 .217321 7.76394 8.88123 7.752 9.002

k.vit_a

1kks_144m_rbs 6 10.96243 .152845 .062399 10.80203 11.12283 10.772 11.213

1kks_144m_kks 6 10.31133 .665833 .271825 9.61258 11.01008 9.267 11.004

1kks_144m_mwv 6 8.15625 .355792 .145251 7.78287 8.52963 7.745 8.649


2kks_144m_rbs 6 7.84040 .240944 .098365 7.58754 8.09326 7.598 8.225

2kks_144m_kks 6 8.05218 .128580 .052493 7.91725 8.18712 7.884 8.216

2kks_144m_mwv 6 6.83785 .234048 .095550 6.59223 7.08347 6.489 7.126

Total 108 8.86127 1.711905 .164728 8.53472 9.18782 6.159 12.516 ANOVA

Sum of

Squares df Mean Square F Sig. Between Groups 783.775 17 46.104 165.581 .000

Within Groups 25.060 90 .278

k.air

Total 808.835 107 Between Groups .000 17 .000 .000 1.000


k.abu

Total 6.750 107 Between Groups 6.597 17 .388 10.170 .000


k.lemak

Total 10.032 107 Between Groups 64.794 17 3.811 24.115 .000 k.protein


Total 79.019 107 Between Groups 1.422 17 .084 4.950 .000


k.serat

Total 2.942 107 Between Groups 771.602 17 45.388 119.591 .000


k.khidrat

Total 805.760 107 Between Groups 300.151 17 17.656 118.365 .000


k.vit_a

Total 313.576 107

2. Kadar Abu k.abu Duncan

Subset for alpha =

.05

Perlakuan N 1 1kks_9m_rbs 6 .75000 1kks_9m_kks 6 .75000 1kks_9m_mwv 6 .75000 1kks_36m_rbs 6 .75000 1kks_36m_kks 6 .75000 1kks_36m_mwv 6 .75000 1kks_144m_rbs 6 .75000 1kks_144m_kks 6 .75000 1kks_144m_mwv 6 .75000 2kks_9m_rbs 6 .75000 2kks_9m_kks 6 .75000 2kks_9m_mwv 6 .75000 2kks_36m_rbs 6 .75000 2kks_36m_kks 6 .75000 2kks_36m_mwv 6 .75000 2kks_144m_rbs 6 .75000 2kks_144m_kks 6 .75000 2kks_144m_mwv 6 .75000 Sig. 1.000

Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 6.000.

3. Kadar Lemak k.lemak Duncan

Subset for alpha = .05 Perlakuan N 1 2 3 4 5 6 7 8 9 1kks_36m_kks 6 .43667 1kks_144m_kks 6 .57750 .57750 2kks_36m_kks 6 .60917 .60917 2kks_36m_rbs 6 .71200 .71200 2kks_144m_kks 6 .71450 .71450 1kks_9m_rbs 6 .77033 .77033 .77033 1kks_9m_kks 6 .82400 .82400 .82400 .82400 2kks_144m_rbs 6 .86567 .86567 .86567 .86567 1kks_36m_mwv 6 .89667 .89667 .89667 .89667 1kks_36m_rbs 6 .92017 .92017 .92017 .92017 2kks_9m_rbs 6 .95517 .95517 .95517 .95517 .95517 2kks_9m_mwv 6 1.02683 1.02683 1.02683 1.02683 2kks_9m_kks 6 1.03850 1.03850 1.03850 2kks_36m_mwv 6 1.04267 1.04267 1.04267 2kks_144m_mwv 6 1.11967 1.11967 1.11967 1kks_144m_rbs 6 1.20767 1.20767 1.20767 1kks_144m_mwv 6 1.31717 1.31717 1kks_9m_mwv 6 1.37883 Sig. .153 .057 .068 .051 .102 .056 .051 .101 .156


4. Kadar Protein k.protein Duncan

Subset for alpha = .05 Perlakuan N 1 2 3 1kks_9m_mwv 6 5.97950 2kks_9m_mwv 6 5.99233 1kks_36m_mwv 6 6.63350 2kks_36m_mwv 6 6.88467 1kks_144m_mwv 6 6.96517 2kks_144m_mwv 6 7.11700 2kks_9m_kks 6 7.91833 2kks_144m_kks 6 8.04000 2kks_9m_rbs 6 8.04833 1kks_9m_kks 6 8.06450 1kks_36m_kks 6 8.07333 2kks_36m_kks 6 8.09950 1kks_144m_kks 6 8.10800 1kks_36m_rbs 6 8.11950 1kks_144m_rbs 6 8.18583 1kks_9m_rbs 6 8.23700 2kks_144m_rbs 6 8.26867 2kks_36m_rbs 6 8.37617 Sig. .956 .056 .103


5. Kadar Serat Kasar k.serat Duncan

Subset for alpha = .05 Perlakuan N 1 2 3 4 5 2kks_9m_rbs 6 .35067 1kks_144m_kks 6 .38417 .38417 2kks_9m_mwv 6 .38883 .38883 1kks_9m_kks 6 .38967 .38967 2kks_36m_mwv 6 .43050 .43050 .43050 2kks_144m_mwv 6 .48667 .48667 .48667 1kks_9m_mwv 6 .49683 .49683 .49683 2kks_144m_kks 6 .50150 .50150 .50150 1kks_144m_mwv 6 .50500 .50500 .50500 2kks_144m_rbs 6 .50900 .50900 .50900 1kks_36m_kks 6 .54183 .54183 1kks_9m_rbs 6 .55383 .55383 1kks_144m_rbs 6 .55400 .55400 1kks_36m_rbs 6 .55867 .55867 1kks_36m_mwv 6 .57150 .57150 2kks_36m_kks 6 .58667 .58667 2kks_36m_rbs 6 .72717 .72717 2kks_9m_kks 6 .82167 Sig. .080 .057 .088 .052 .211


6. Kadar Karbohidrat k.khidrat Duncan

perlakuan N Subset for alpha = .05

1 2 3 4 5 6 7 8 9 10 11 1kks_144m_kks 6 17.61900 1kks_36m_kks 6 20.14833 1kks_9m_kks 6 21.58850 2kks_144m_mwv 6 23.28750 2kks_144m_kks 6 23.75517 23.75517 2kks_36m_kks 6 23.82700 23.82700 2kks_9m_kks 6 23.84400 23.84400 1kks_144m_mwv 6 24.13500 2kks_9m_rbs 6 25.40150 2kks_36m_mwv 6 25.42000 2kks_144m_rbs 6 25.50117 1kks_36m_mwv 6 25.55400 25.55400 2kks_36m_rbs 6 25.81850 25.81850 25.81850 1kks_144m_rbs 6 26.28583 26.28583 1kks_9m_mwv 6 26.53383 26.53383 1kks_36m_rbs 6 27.10150 27.10150 2kks_9m_mwv 6 27.79233 1kks_9m_rbs 6 29.02800 Sig. 1.000 1.000 1.000 .158 .338 .305 .054 .059 .114 .055 1.000


7. Kadar Vitamin A k.vit_a Duncan

Subset for alpha = .05 Perlakuan N 1 2 3 4 5 6 2kks_9m_mwv 6 6.58930 2kks_144m_mwv 6 6.83785 6.83785 2kks_36m_mwv 6 7.10058 2kks_144m_rbs 6 7.84040 2kks_36m_rbs 6 7.96245 2kks_9m_rbs 6 7.97268 2kks_36m_kks 6 8.04292 2kks_144m_kks 6 8.05218 1kks_9m_mwv 6 8.11063 2kks_9m_kks 6 8.13542 1kks_144m_mwv 6 8.15625 1kks_36m_mwv 6 8.32258 1kks_144m_kks 6 10.31133 1kks_36m_kks 6 10.42233 1kks_9m_kks 6 10.74422 10.74422 1kks_144m_rbs 6 10.96243 1kks_36m_rbs 6 11.92662 1kks_9m_rbs 6 12.01267 Sig. .268 .242 .070 .069 .330 .700


Lampiran 5. Hasil Olah Data SPSS Karakteristik Fisik Nasi Jagung Instan Uji Normalitas Tests of Normality


1xkukus_9mesh_rebus .189 6 .200(*) .969 6 .888

1xkukus_9mesh_kukus .239 6 .200(*) .870 6 .226

1xkukus_9mesh_mwave .260 6 .200(*) .886 6 .295

1xkukus_36mesh_rebus .277 6 .165 .857 6 .179


1xkukus_36mesh_m.wave .215 6 .200(*) .890 6 .318


1xkukus_144mesh_kukus .280 6 .154 .823 6 .094




penyerapan_air




2xkukus_36mesh_m.wave .281 6 .149 .877 6 .256
















pgmbgn_vol




















Rehdrtn_Cpcty




















Rhdrtn_Rate





* This is a lower bound of the true significance. a Lilliefors Significance Correction Oneway Descriptives

95% Confidence Interval for Mean

N Mean Std. Deviation Std. Error Lower Bound Upper Bound Minimum Maximum 1xkukus_9mesh_rebus 6 225.66310 1.035450 .422721 224.57646 226.74974 224.015 227.134

1xkukus_9mesh_kukus 6 295.53790 1.530727 .624917 293.93150 297.14430 293.898 297.520

1xkukus_9mesh_mwave 6 263.99482 1.395141 .569564 262.53071 265.45893 262.613 266.508

1xkukus_36mesh_rebus 6 266.00476 1.450680 .592238 264.48236 267.52715 263.975 267.398


1xkukus_36mesh_m.wave 6 272.73543 1.315051 .536867 271.35537 274.11549 271.429 275.132



1xkukus_144mesh_m.wave 6 270.97308 .997863 .407376 269.92589 272.02027 269.806 272.029


penyerapan_air

2xkukus_9mesh_kukus 6 241.79127 .707282 .288747 241.04902 242.53351 241.143 242.987


2xkukus_36mesh_rebus 6 265.25540 .885572 .361533 264.32605 266.18475 264.076 266.142






Total 108 272.71497 21.868116 2.104260 268.54352 276.88643 224.015 326.835 1xkukus_9mesh_rebus 6 179.68333 11.019410 4.498655 168.11917 191.24750 162.963 191.304

1xkukus_9mesh_kukus 6 254.56917 18.710313 7.638453 234.93390 274.20444 235.000 282.353

1xkukus_9mesh_mwave 6 296.51417 19.034583 7.770836 276.53860 316.48974 270.000 323.529

1xkukus_36mesh_rebus 6 249.04983 9.806467 4.003473 238.75858 259.34109 235.000 261.111


1xkukus_36mesh_m.wave 6 333.57433 17.780443 7.258835 314.91490 352.23376 305.882 350.000





pgmbgn_vol









Total 108 278.63288 48.493740 4.666312 269.38246 287.88330 162.963 357.143 1xkukus_9mesh_rebus 6 86.43300 1.341063 .547487 85.02564 87.84036 84.998 88.312


1xkukus_9mesh_mwave 6 75.10017 .672548 .274567 74.39437 75.80596 74.354 76.111








Rehdrtn_Cpcty









Total 108 81.70306 6.463909 .621990 80.47004 82.93609 67.935 93.411 1xkukus_9mesh_rebus 6 43.21667 .670466 .273717 42.51306 43.92028 42.499 44.156


1xkukus_9mesh_mwave 6 37.55033 .336362 .137319 37.19734 37.90332 37.177 38.056








Rhdrtn_Rate









Total 108 32.62586 11.751792 1.130817 30.38415 34.86757 13.587 46.157 ANOVA

Sum of

Squares df Mean Square F Sig. Between Groups 51021.333 17 3001.255 1829.788 .000 Within Groups 147.620 90 1.640

penyerapan_air

Total 51168.953 107 Between Groups 235658.05

4 17 13862.238 78.133 .000

Within Groups 15967.729 90 177.419

pgmbgn_vol

Total 251625.783 107

Between Groups 4426.816 17 260.401 534.202 .000 Within Groups 43.871 90 .487

Rehdrtn_Cpcty

Total 4470.687 107 Between Groups 14769.982 17 868.822 10841.534 .000 Rhdrtn_Rate Within Groups 7.212 90 .080

Total 14777.194 107 Uji Beda Nyata 1. Persentase Penyerapan Air penyerapan_air Duncan

perlakuan N Subset for alpha = .05

1 2 3 4 5 6 7 8 9 10 11 12 1xkukus_9mesh_rebus 6 225.66310

2xkukus_9mesh_kukus 6 241.79127

1xkukus_144mesh_rebus 6 263.42881

1xkukus_9mesh_mwave 6 263.99482 263.99482

2xkukus_9mesh_rebus 6 264.18475 264.18475


1xkukus_36mesh_rebus 6 266.00476

2xkukus_9mesh_m.wave 6 266.08816


1xkukus_144mesh_m.wave 6 270.97308 270.97308









Sig. 1.000 1.000 .340 .111 .293 .272 .058 .655 1.000 1.000 1.000 1.000

Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 6.000. 2. Pengembangan Volume pgmbgn_vol

Duncan Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 6.000.

Subset for alpha = .05 perlakuan N 1 2 3 4 5 6 7 8 9 10 11 1xkukus_9mesh_rebus 6 179.68333 2xkukus_9mesh_rebus 6 206.07150 2xkukus_9mesh_kukus 6 234.78117 1xkukus_144mesh_rebus

6 237.20767


1xkukus_36mesh_rebus 6 249.04983 249.04983 1xkukus_9mesh_kukus 6 254.56917 254.56917 1xkukus_36mesh_kukus 6 267.02867 267.02867 2xkukus_144mesh_rebus

6 281.71450 281.71450

1xkukus_9mesh_mwave 6 296.51417 296.51417 2xkukus_36mesh_rebus 6 297.00583 297.00583 1xkukus_144mesh_kukus

6 300.99933



2xkukus_9mesh_m.wave 6 328.74400 328.74400 1xkukus_36mesh_m.wave

6 333.57433 333.57433 333.57433

2xkukus_36mesh_kukus 6 338.69267 338.69267 2xkukus_144mesh_m.wave 6 349.25100

Sig. 1.000 1.000 .093 .064 .109 .059 .062 .461 .063 .227 .056

3. Rehydration Capacity (RC) Rehdrtn_Cpcty

Duncan Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 6.000.

Subset for alpha = .05 perlakuan N 1 2 3 4 5 6 7 8 9 10 2xkukus_9mesh_kukus 6 68.69000 1xkukus_9mesh_mwave 6 75.10017 2xkukus_9mesh_m.wave 6 75.52300 2xkukus_36mesh_kukus 6 76.67083 1xkukus_144mesh_m.wave 6 76.79433




2xkukus_9mesh_rebus 6 80.96700 2xkukus_144mesh_kukus

6 82.58933

2xkukus_36mesh_rebus 6 83.91767 2xkukus_144mesh_rebus

6 84.57767

1xkukus_9mesh_kukus 6 84.73700 1xkukus_9mesh_rebus 6 86.43300 1xkukus_36mesh_kukus 6 88.26667 1xkukus_36mesh_rebus 6 90.00333 1xkukus_144mesh_rebus

6 91.83783


Sig. 1.000 .297 .065 1.000 1.000 .057 1.000 1.000 1.000 .063

Lampiran 6. Hasil Olah Data SPSS Karakterisrik Sensoris Nasi Jagung Instan Cochran_q Test 1. Warna Descriptive Statistics

N Mean Std. Deviation Minimum Maximum sampel_1 30 1.00 .000 1 1 sampel_2 30 1.00 .000 1 1 sampel_3 30 .83 .379 0 1 sampel_4 30 .73 .450 0 1 sampel_5 30 .93 .254 0 1 sampel_6 30 .83 .379 0 1 sampel_7 30 .90 .305 0 1 sampel_8 30 .90 .305 0 1 sampel_9 30 .83 .379 0 1 sampel_10 30 .93 .254 0 1 sampel_11 30 1.00 .000 1 1 sampel_12 30 .60 .498 0 1 sampel_13 30 1.00 .000 1 1 sampel_14 30 .77 .430 0 1 sampel_15 30 .70 .466 0 1 sampel_16 30 1.00 .000 1 1 sampel_17 30 1.00 .000 1 1 sampel_18 30 .80 .407 0 1

Frequencies

Value 0 1 sampel_1 0 30 sampel_2 0 30 sampel_3 5 25 sampel_4 8 22 sampel_5 2 28 sampel_6 5 25 sampel_7 3 27 sampel_8 3 27 sampel_9 5 25 sampel_10 2 28 sampel_11 0 30 sampel_12 12 18 sampel_13 0 30 sampel_14 7 23 sampel_15 9 21

sampel_16 0 30 sampel_17 0 30 sampel_18 6 24

Test Statistics N 30 Cochran's Q 82.878(a) Df 17 Asymp. Sig. .000

a 1 is treated as a success. 2. Tekstur Descriptive Statistics

N Mean Std. Deviation Minimum Maximum sampel_1 30 .77 .430 0 1 sampel_2 30 .80 .407 0 1 sampel_3 30 .67 .479 0 1 sampel_4 30 .77 .430 0 1 sampel_5 30 .70 .466 0 1 sampel_6 30 .67 .479 0 1 sampel_7 30 .87 .346 0 1 sampel_8 30 .67 .479 0 1 sampel_9 30 .43 .504 0 1 sampel_10 30 .63 .490 0 1 sampel_11 30 .73 .450 0 1 sampel_12 30 .40 .498 0 1 sampel_13 30 .53 .507 0 1 sampel_14 30 .77 .430 0 1 sampel_15 30 .70 .466 0 1 sampel_16 30 .83 .379 0 1 sampel_17 30 .73 .450 0 1 sampel_18 30 .63 .490 0 1

Frequencies

Value 0 1 sampel_1 7 23 sampel_2 6 24 sampel_3 10 20

sampel_4 7 23 sampel_5 9 21 sampel_6 10 20 sampel_7 4 26 sampel_8 10 20 sampel_9 17 13 sampel_10 11 19 sampel_11 8 22 sampel_12 18 12 sampel_13 14 16 sampel_14 7 23 sampel_15 9 21 sampel_16 5 25 sampel_17 8 22 sampel_18 11 19


a 1 is treated as a success. 3. Rasa Descriptive Statistics

N Mean Std. Deviation Minimum Maximum sampel_1 30 .63 .490 0 1 sampel_2 30 .77 .430 0 1 sampel_3 30 .83 .379 0 1 sampel_4 30 .80 .407 0 1 sampel_5 30 .63 .490 0 1 sampel_6 30 .60 .498 0 1 sampel_7 30 .53 .507 0 1 sampel_8 30 .50 .509 0 1 sampel_9 30 .47 .507 0 1 sampel_10 30 .63 .490 0 1 sampel_11 30 .57 .504 0 1 sampel_12 30 .63 .490 0 1 sampel_13 30 .50 .509 0 1 sampel_14 30 .47 .507 0 1

sampel_15 30 .83 .379 0 1 sampel_16 30 .63 .490 0 1 sampel_17 30 .53 .507 0 1 sampel_18 30 .53 .507 0 1

Frequencies

Value 0 1 sampel_1 11 19 sampel_2 7 23 sampel_3 5 25 sampel_4 6 24 sampel_5 11 19 sampel_6 12 18 sampel_7 14 16 sampel_8 15 15 sampel_9 16 14 sampel_10 11 19 sampel_11 13 17 sampel_12 11 19 sampel_13 15 15 sampel_14 16 14 sampel_15 5 25 sampel_16 11 19 sampel_17 14 16 sampel_18 14 16


a 1 is treated as a success.

4. Aroma Descriptive Statistics


Frequencies

Value 0 1 sampel_1 14 16 sampel_2 4 26 sampel_3 4 26 sampel_4 7 23 sampel_5 11 19 sampel_6 5 25 sampel_7 10 20 sampel_8 9 21 sampel_9 10 20 sampel_10 5 25 sampel_11 8 22 sampel_12 10 20 sampel_13 6 24 sampel_14 10 20 sampel_15 5 25 sampel_16 2 28

sampel_17 6 24 sampel_18 2 28


a 1 is treated as a success. 5. Overall Descriptive Statistics


Frequencies

Value 0 1 sampel_1 11 19 sampel_2 2 28 sampel_3 9 21 sampel_4 11 19 sampel_5 10 20

sampel_6 9 21 sampel_7 11 19 sampel_8 10 20 sampel_9 15 15 sampel_10 7 23 sampel_11 10 20 sampel_12 15 15 sampel_13 13 17 sampel_14 16 14 sampel_15 7 23 sampel_16 8 22 sampel_17 10 20 sampel_18 11 19


a 1 is treated as a success.

Lampiran 6. Kuisioner Organoleptik Nasi Jagung Instan

KUISIONER ORGANOLEPTIK NASI JAGUNG INSTAN

Nama :

Umur :

Jenis Kelamin :

Dihadapan Anda tersaji 18 (delapan belas) macam sampel nasi jagung instan. Silahkan

berikan penilaian Anda terhadap warna, tekstur, rasa, aroma dan overall dari masing-

masing sampel yang tersedia.

Parameter sampel warna tekstur rasa aroma overall

185 295 375 624 846 583 274 749 825 538 974 351 742 284 163 369 138 319

Keterangan : (+) : dapat diterima (-) : tidak dapat diterima

-Terima Kasih-

lampiran - unika repositoryrepository.unika.ac.id/6994/8/03.70.0132 agnes...lampiran 3. hasil olah...

Documents