74 Perpustakaan Unika LAMPIRAN

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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

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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

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

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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

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

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

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

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

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

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

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

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5 0.0533 0.4202 0.0042 7.0040

6 0.0535 0.4272 0.0043 7.1220

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

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

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

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

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

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

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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

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Lampiran 3. Hasil Olah Data SPSS Karakteristik Kimia Menir Jagung Instan

Uji Normalitas

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.

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Uji Beda Nyata

1. Kadar Air

Paired Samples Statistics

Mean N Std. Deviation Std. Error Mean menir_1x_k

ukus 9.33333 6 .286046 .116778 Pair 1

menir_2x_k

ukus 9.51100 6 .204954 .083672

Paired Samples Correlations

N Correlation Sig. Pair 1 menir_1x_ku kus & menir_2x_ku kus 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_ku kus

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2. Kadar Abu

ukus .75000 6 .273861 .111803 Pair 1

menir_2x_k

ukus .75000 6 .273861 .111803

N Correlation Sig. Pair 1 menir_1x_ku kus & menir_2x_ku kus 6 -.333 .519

Paired Differences

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3. Kadar Lemak

ukus 1.20867 6 .548691 .224002 Pair 1

menir_2x_k

ukus 1.05483 6 .615601 .251318

Paired Differences

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4. Kadar Protein

ukus 9.28167 6 .186633 .076193 Pair 1

menir_2x_k

ukus 9.51150 6 .186919 .076309

Paired Differences

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5. Kadar Serat Kasar

ukus 1.44217 6 .533846 .217942 Pair 1

menir_2x_k

ukus 1.21550 6 .551478 .225140

Paired Differences

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6. Kadar Karbohidrat

ukus 78.73417 6 1.224192 .499774 Pair 1

menir_2x_k

ukus 78.70717 6 .844407 .344728

Paired Differences

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7. Kadar Vitamin A

ukus 13.86943 6 3.186726 1.300975 Pair 1

menir_2x_k

ukus 9.24627 6 1.997572 .815505

Paired Differences

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Lampiran 4. Hasil Olah Data SPSS Karakteristik Kimia Nasi Jagung Instan

Uji Normalitas

perlakuan Statistic df Sig. Statistic df Sig. 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_m wv .182 6 .200(*) .944 6 .694 1kks_144m_rb s .141 6 .200(*) .973 6 .912 1kks_144m_k ks .203 6 .200(*) .945 6 .697 1kks_144m_m wv .181 6 .200(*) .944 6 .690 2kks_9m_rbs _.201 ₆ _.200(*) _.878 ₆ _.261 2kks_9m_kks _.256 ₆ _.200(*) _.869 ₆ _.223 2kks_9m_mwv _.231 ₆ _.200(*) _.890 ₆ _.318 2kks_36m_rbs .199 6 .200(*) .891 6 .325 2kks_36m_kks _.180 ₆ _.200(*) _.935 ₆ _.621 2kks_36m_m wv .249 6 .200(*) .878 6 .258 2kks_144m_rb s .157 6 .200(*) .976 6 .929 2kks_144m_k ks .211 6 .200(*) .885 6 .294 k.air 2kks_144m_m wv .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

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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_m wv .319 6 .056 .683 6 .004 1kks_144m_rb s .319 6 .056 .683 6 .004 1kks_144m_k ks .319 6 .056 .683 6 .004 1kks_144m_m wv .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_m wv .319 6 .056 .683 6 .004 2kks_144m_rb s .319 6 .056 .683 6 .004 2kks_144m_k ks .319 6 .056 .683 6 .004 2kks_144m_m wv .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_m wv .270 6 .196 .834 6 .116 1kks_144m_rb s .228 6 .200(*) .849 6 .154 1kks_144m_k ks .281 6 .150 .863 6 .200 1kks_144m_m wv .282 6 .147 .898 6 .360 k.lemak 2kks_9m_rbs _.288 ₆ _.131 _.860 ₆ _.189

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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_m wv .218 6 .200(*) .945 6 .699 2kks_144m_rb s .269 6 .200 .926 6 .553 2kks_144m_k ks .262 6 .200(*) .868 6 .219 2kks_144m_m wv .196 6 .200(*) .923 6 .530 1kks_9m_rbs .206 6 .200(*) .959 6 .814 1kks_9m_kks .236 6 .200(*) .930 6 .580 1kks_9m_mwv _.173 ₆ _.200(*) _.958 ₆ _.803 1kks_36m_rbs .242 6 .200(*) .897 6 .355 1kks_36m_kks _.214 ₆ _.200(*) _.926 ₆ _.548 1kks_36m_m wv .204 6 .200(*) .906 6 .410 1kks_144m_rb s .270 6 .196 .855 6 .171 1kks_144m_k ks .197 6 .200(*) .902 6 .388 1kks_144m_m wv .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_m wv .268 6 .200(*) .861 6 .193 2kks_144m_rb s .222 6 .200(*) .925 6 .541 2kks_144m_k ks .230 6 .200(*) .889 6 .311 k.protein 2kks_144m_m wv .176 6 .200(*) .950 6 .739

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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_m wv .280 6 .156 .928 6 .562 1kks_144m_rb s .197 6 .200(*) .873 6 .237 1kks_144m_k ks .262 6 .200(*) .792 6 .050 1kks_144m_m wv .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_m wv .306 6 .083 .737 6 .015 2kks_144m_rb s .248 6 .200(*) .877 6 .254 2kks_144m_k ks .299 6 .101 .870 6 .225 k.serat 2kks_144m_m wv .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_m wv .282 6 .146 .903 6 .392 1kks_144m_rb s .216 6 .200(*) .879 6 .266 k.khidrat 1kks_144m_k ks .186 6 .200(*) .927 6 .560

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1kks_144m_m wv .235 6 .200(*) .963 6 .843 2kks_9m_rbs _.161 ₆ _.200(*) _.949 ₆ _.735 2kks_9m_kks .180 6 .200(*) .965 6 .854 2kks_9m_mwv _.165 ₆ _.200(*) _.982 ₆ _.963 2kks_36m_rbs .203 6 .200(*) .873 6 .240 2kks_36m_kks _.252 ₆ _.200(*) _.874 ₆ _.244 2kks_36m_m wv .266 6 .200(*) .865 6 .207 2kks_144m_rb s .237 6 .200(*) .857 6 .180 2kks_144m_k ks .258 6 .200(*) .865 6 .207 2kks_144m_m wv .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_m wv .228 6 .200(*) .896 6 .349 1kks_144m_rb s .223 6 .200(*) .954 6 .773 1kks_144m_k ks .166 6 .200(*) .923 6 .530 1kks_144m_m wv .179 6 .200(*) .948 6 .724 2kks_9m_rbs .168 6 .200(*) .943 6 .686 2kks_9m_kks .186 6 .200(*) .944 6 .688 2kks_9m_mwv _.198 ₆ _.200(*) _.906 ₆ _.411 2kks_36m_rbs _.239 ₆ _.200(*) _.920 ₆ _.507 2kks_36m_kks .260 6 .200(*) .867 6 .215 2kks_36m_m wv .206 6 .200(*) .901 6 .381 k.vit_a 2kks_144m_rb s .159 6 .200(*) .929 6 .575

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2kks_144m_k

ks .190 6 .200(*) .955 6 .781

2kks_144m_m

wv .225 6 .200(*) .958 6 .807

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_m wv 6 66.34467 .398839 .162825 65.92611 66.76322 65.867 66.867 1kks_144m_rb s 6 63.76667 .526287 .214856 63.21436 64.31897 62.933 64.400 1kks_144m_k ks 6 73.31117 .457410 .186737 72.83114 73.79119 72.800 74.000 1kks_144m_m wv 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_m wv 6 66.22217 .463011 .189024 65.73627 66.70807 65.667 66.733 k.air 2kks_144m_rb s 6 64.85567 .464363 .189575 64.36835 65.34299 64.267 65.533

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2kks_144m_k ks 6 66.98883 .499619 .203969 66.46452 67.51315 66.467 67.667 2kks_144m_m wv 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_m wv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_144m_rb s 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_144m_k ks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 1kks_144m_m wv 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_m wv 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_144m_rb s 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_144m_k ks 6 .75000 .273861 .111803 .46260 1.03740 .500 1.000 2kks_144m_m wv 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

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1kks_36m_m wv 6 .89667 .375395 .153254 .50271 1.29062 .500 1.325 1kks_144m_rb s 6 1.20767 .247861 .101189 .94755 1.46778 .903 1.461 1kks_144m_k ks 6 .57750 .106401 .043438 .46584 .68916 .408 .673 1kks_144m_m wv 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_m wv 6 1.04267 .252306 .103003 .77789 1.30745 .668 1.339 2kks_144m_rb s 6 .86567 .022651 .009247 .84190 .88944 .826 .893 2kks_144m_k ks 6 .71450 .131445 .053662 .57656 .85244 .503 .832 2kks_144m_m wv 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_m wv 6 6.63350 .378290 .154436 6.23651 7.03049 6.243 7.165 1kks_144m_rb s 6 8.18583 .421386 .172030 7.74362 8.62805 7.632 8.611 1kks_144m_k ks 6 8.10800 .471891 .192649 7.61278 8.60322 7.298 8.561 1kks_144m_m wv 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

(23)

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_m wv 6 6.88467 .573676 .234202 6.28263 7.48670 6.224 7.541 2kks_144m_rb s 6 8.26867 .331419 .135301 7.92086 8.61647 7.811 8.649 2kks_144m_k ks 6 8.04000 .289540 .118204 7.73615 8.34385 7.669 8.344 2kks_144m_m wv 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_m wv 6 .57150 .175938 .071827 .38686 .75614 .344 .851 1kks_144m_rb s 6 .55400 .168523 .068799 .37715 .73085 .367 .753 1kks_144m_k ks 6 .38417 .161429 .065903 .21476 .55358 .264 .680 1kks_144m_m wv 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_m wv 6 .43050 .097912 .039972 .32775 .53325 .337 .528 2kks_144m_rb s 6 .50900 .141103 .057605 .36092 .65708 .350 .729 2kks_144m_k ks 6 .50150 .109940 .044883 .38613 .61687 .328 .675 2kks_144m_m wv 6 .48667 .009812 .004006 .47637 .49696 .475 .501 k.serat Total ₁₀₈ _.51990 _.165826 _.015957 _.48827 _.55153 _.177 _1.023

(24)

1kks_9m_rbs ₆ _29.02800 _.964734 _.393851 _28.01557 _30.04043 _27.851 _30.655 1kks_9m_kks 6 21.58850 .737065 .300906 20.81500 22.36200 20.945 22.929 1kks_9m_mwv ₆ _26.53383 _.657595 _.268462 _25.84373 _27.22394 _25.773 _27.393 1kks_36m_rbs 6 27.10150 .474574 .193744 26.60347 27.59953 26.545 27.734 1kks_36m_kks ₆ _20.14833 _.577472 _.235752 _19.54231 _20.75435 _19.405 _20.790 1kks_36m_m wv 6 25.55400 .809025 .330283 24.70498 26.40302 24.659 26.791 1kks_144m_rb s 6 26.28583 .791353 .323068 25.45536 27.11631 25.198 27.094 1kks_144m_k ks 6 17.61900 .530223 .216463 17.06257 18.17543 17.040 18.554 1kks_144m_m wv 6 24.13500 .434188 .177256 23.67935 24.59065 23.448 24.763 2kks_9m_rbs 6 25.40150 .726011 .296393 24.63960 26.16340 24.254 26.191 2kks_9m_kks ₆ _23.84400 _.386707 _.157872 _23.43818 _24.24982 _23.288 _24.425 2kks_9m_mwv 6 27.79233 .460889 .188157 27.30866 28.27601 27.113 28.493 2kks_36m_rbs ₆ _25.81850 _.511177 _.208687 _25.28205 _26.35495 _25.241 _26.384 2kks_36m_kks 6 23.82700 .291435 .118978 23.52116 24.13284 23.543 24.217 2kks_36m_m wv 6 25.42000 .407329 .166292 24.99253 25.84747 24.970 26.175 2kks_144m_rb s 6 25.50117 .618032 .252311 24.85258 26.14975 24.924 26.355 2kks_144m_k ks 6 23.75517 .560047 .228638 23.16743 24.34290 22.721 24.303 2kks_144m_m wv 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_m wv 6 8.32258 .532326 .217321 7.76394 8.88123 7.752 9.002 k.vit_a 1kks_144m_rb s 6 10.96243 .152845 .062399 10.80203 11.12283 10.772 11.213

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1kks_144m_k ks 6 10.31133 .665833 .271825 9.61258 11.01008 9.267 11.004 1kks_144m_m wv 6 8.15625 .355792 .145251 7.78287 8.52963 7.745 8.649 2kks_9m_rbs 6 7.97268 .451737 .184421 7.49861 8.44675 7.426 8.556 2kks_9m_kks 6 8.13542 .287367 .117317 7.83384 8.43699 7.756 8.489 2kks_9m_mwv ₆ _6.58930 _.397577 _.162310 _6.17207 _7.00653 _6.159 _7.122 2kks_36m_rbs 6 7.96245 .236703 .096634 7.71405 8.21085 7.670 8.264 2kks_36m_kks ₆ _8.04292 _.252938 _.103262 _7.77747 _8.30836 _7.726 _8.316 2kks_36m_m wv 6 7.10058 .206551 .084324 6.88382 7.31735 6.852 7.345 2kks_144m_rb s 6 7.84040 .240944 .098365 7.58754 8.09326 7.598 8.225 2kks_144m_k ks 6 8.05218 .128580 .052493 7.91725 8.18712 7.884 8.216 2kks_144m_m wv 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

Squares Sum of 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 Within Groups 6.750 90 .075 k.abu Total 6.750 107 Between Groups 6.597 17 .388 10.170 .000 Within Groups 3.434 90 .038 k.lemak Total 10.032 107 Between Groups 64.794 17 3.811 24.115 .000 k.protein Within Groups 14.224 90 .158

(26)

Total 79.019 107 Between Groups 1.422 17 .084 4.950 .000 Within Groups 1.521 90 .017 k.serat Total 2.942 107 Between Groups 771.602 17 45.388 119.591 .000 Within Groups 34.158 90 .380 k.khidrat Total 805.760 107 Between Groups 300.151 17 17.656 118.365 .000 Within Groups 13.425 90 .149 k.vit_a Total 313.576 107

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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.

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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

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4. Kadar Protein

k.protein

Duncan

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

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5. Kadar Serat Kasar

k.serat

Duncan

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

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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 Means for groups in homogeneous subsets are displayed.

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7. Kadar Vitamin A

k.vit_a

Duncan

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

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Lampiran 5. Hasil Olah Data SPSS Karakteristik Fisik Nasi Jagung Instan

Uji Normalitas

perlakuan Statistic df Sig. Statistic df Sig. 1xkukus_9mesh_rebu s .189 6 .200(*) .969 6 .888 1xkukus_9mesh_kuku s .239 6 .200(*) .870 6 .226 1xkukus_9mesh_mwa ve .260 6 .200(*) .886 6 .295 1xkukus_36mesh_reb us .277 6 .165 .857 6 .179 1xkukus_36mesh_kuk us .216 6 .200(*) .932 6 .600 1xkukus_36mesh_m. wave .215 6 .200(*) .890 6 .318 1xkukus_144mesh_re bus .198 6 .200(*) .969 6 .883 1xkukus_144mesh_ku kus .280 6 .154 .823 6 .094 1xkukus_144mesh_m. wave .263 6 .200(*) .853 6 .166 2xkukus_9mesh_rebu s .232 6 .200(*) .902 6 .387 2xkukus_9mesh_kuku s .255 6 .200(*) .882 6 .278 penyerapan_air 2xkukus_9mesh_m.w ave .167 6 .200(*) .947 6 .716

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2xkukus_36mesh_reb us .216 6 .200(*) .882 6 .276 2xkukus_36mesh_kuk us .169 6 .200(*) .960 6 .818 2xkukus_36mesh_m. wave .281 6 .149 .877 6 .256 2xkukus_144mesh_re bus .221 6 .200(*) .949 6 .728 2xkukus_144mesh_ku kus .213 6 .200(*) .898 6 .363 2xkukus_144mesh_m. wave .196 6 .200(*) .960 6 .819 1xkukus_9mesh_rebu s .261 6 .200(*) .905 6 .405 1xkukus_9mesh_kuku s .208 6 .200(*) .921 6 .513 1xkukus_9mesh_mwa ve .239 6 .200(*) .955 6 .780 1xkukus_36mesh_reb us .205 6 .200(*) .951 6 .751 1xkukus_36mesh_kuk us .201 6 .200(*) .941 6 .669 1xkukus_36mesh_m. wave .254 6 .200(*) .869 6 .223 1xkukus_144mesh_re bus .175 6 .200(*) .954 6 .772 1xkukus_144mesh_ku kus .182 6 .200(*) .977 6 .937 1xkukus_144mesh_m. wave .256 6 .200(*) .845 6 .144 2xkukus_9mesh_rebu s .233 6 .200(*) .898 6 .362 2xkukus_9mesh_kuku s .316 6 .062 .801 6 .060 2xkukus_9mesh_m.w ave .215 6 .200(*) .877 6 .254 pgmbgn_vol 2xkukus_36mesh_reb us .302 6 .094 .859 6 .186

(35)

2xkukus_36mesh_kuk us .189 6 .200(*) .969 6 .886 2xkukus_36mesh_m. wave .205 6 .200(*) .906 6 .411 2xkukus_144mesh_re bus .273 6 .181 .861 6 .193 2xkukus_144mesh_ku kus .308 6 .077 .793 6 .050 2xkukus_144mesh_m. wave .206 6 .200(*) .861 6 .191 1xkukus_9mesh_rebu s .239 6 .200(*) .909 6 .428 1xkukus_9mesh_kuku s .223 6 .200(*) .862 6 .197 1xkukus_9mesh_mwa ve .189 6 .200(*) .950 6 .742 1xkukus_36mesh_reb us .189 6 .200(*) .973 6 .913 1xkukus_36mesh_kuk us .203 6 .200(*) .924 6 .531 1xkukus_36mesh_m. wave .164 6 .200(*) .947 6 .718 1xkukus_144mesh_re bus .188 6 .200(*) .936 6 .624 1xkukus_144mesh_ku kus .177 6 .200(*) .967 6 .870 1xkukus_144mesh_m. wave .151 6 .200(*) .975 6 .924 2xkukus_9mesh_rebu s .197 6 .200(*) .956 6 .785 2xkukus_9mesh_kuku s .299 6 .101 .860 6 .191 2xkukus_9mesh_m.w ave .265 6 .200(*) .853 6 .166 2xkukus_36mesh_reb us .239 6 .200(*) .928 6 .561 Rehdrtn_Cpcty 2xkukus_36mesh_kuk us .246 6 .200(*) .931 6 .588

(36)

2xkukus_36mesh_m. wave .219 6 .200(*) .843 6 .137 2xkukus_144mesh_re bus .139 6 .200(*) .975 6 .923 2xkukus_144mesh_ku kus .183 6 .200(*) .934 6 .609 2xkukus_144mesh_m. wave .217 6 .200(*) .860 6 .189 1xkukus_9mesh_rebu s .239 6 .200(*) .909 6 .428 1xkukus_9mesh_kuku s .223 6 .200(*) .862 6 .197 1xkukus_9mesh_mwa ve .190 6 .200(*) .950 6 .742 1xkukus_36mesh_reb us .189 6 .200(*) .973 6 .914 1xkukus_36mesh_kuk us .204 6 .200(*) .923 6 .526 1xkukus_36mesh_m. wave .163 6 .200(*) .947 6 .717 1xkukus_144mesh_re bus .188 6 .200(*) .936 6 .626 1xkukus_144mesh_ku kus .177 6 .200(*) .966 6 .865 1xkukus_144mesh_m. wave .150 6 .200(*) .975 6 .925 2xkukus_9mesh_rebu s .197 6 .200(*) .955 6 .784 2xkukus_9mesh_kuku s .298 6 .103 .862 6 .195 2xkukus_9mesh_m.w ave .265 6 .200(*) .853 6 .166 2xkukus_36mesh_reb us .239 6 .200(*) .928 6 .563 2xkukus_36mesh_kuk us .245 6 .200(*) .932 6 .596 Rhdrtn_Rate 2xkukus_36mesh_m. wave .219 6 .200(*) .842 6 .137

(37)

2xkukus_144mesh_re bus .139 6 .200(*) .975 6 .924 2xkukus_144mesh_ku kus .183 6 .200(*) .934 6 .608 2xkukus_144mesh_m. wave .217 6 .200(*) .860 6 .189

Oneway

Descriptives

95% Confidence Interval for Mean

N Mean Std. Deviation Std. Error Lower Bound Upper Bound Minimum Maximum 1xkukus_9mesh_rebu s 6 225.66310 1.035450 .422721 224.57646 226.74974 224.015 227.134 1xkukus_9mesh_kuku s 6 295.53790 1.530727 .624917 293.93150 297.14430 293.898 297.520 1xkukus_9mesh_mwa ve 6 263.99482 1.395141 .569564 262.53071 265.45893 262.613 266.508 1xkukus_36mesh_reb us 6 266.00476 1.450680 .592238 264.48236 267.52715 263.975 267.398 1xkukus_36mesh_kuk us 6 308.18872 1.175221 .479782 306.95540 309.42204 306.206 309.490 1xkukus_36mesh_m. wave 6 272.73543 1.315051 .536867 271.35537 274.11549 271.429 275.132 1xkukus_144mesh_re bus 6 263.42881 1.456059 .594434 261.90077 264.95685 261.295 265.618 1xkukus_144mesh_ku kus 6 325.54784 1.199255 .489594 324.28930 326.80638 324.205 326.835 1xkukus_144mesh_m. wave 6 270.97308 .997863 .407376 269.92589 272.02027 269.806 272.029 2xkukus_9mesh_rebu s 6 264.18475 1.159079 .473192 262.96837 265.40113 262.921 265.712 penyerapan_air 2xkukus_9mesh_kuku s 6 241.79127 .707282 .288747 241.04902 242.53351 241.143 242.987

(38)

2xkukus_9mesh_m.w ave 6 266.08816 1.489762 .608193 264.52475 267.65157 264.424 268.471 2xkukus_36mesh_reb us 6 265.25540 .885572 .361533 264.32605 266.18475 264.076 266.142 2xkukus_36mesh_kuk us 6 270.15580 .963297 .393264 269.14489 271.16672 268.715 271.326 2xkukus_36mesh_m. wave 6 272.36588 1.293340 .528004 271.00860 273.72316 271.064 274.166 2xkukus_144mesh_re bus 6 272.39605 .985556 .402352 271.36177 273.43033 271.253 273.892 2xkukus_144mesh_ku kus 6 292.03713 1.943277 .793339 289.99778 294.07647 290.170 295.043 2xkukus_144mesh_m. wave 6 272.52065 1.482424 .605197 270.96494 274.07636 270.190 274.273 Total 108 272.71497 21.868116 2.104260 268.54352 276.88643 224.015 326.835 1xkukus_9mesh_rebu s 6 179.68333 11.019410 4.498655 168.11917 191.24750 162.963 191.304 1xkukus_9mesh_kuku s 6 254.56917 18.710313 7.638453 234.93390 274.20444 235.000 282.353 1xkukus_9mesh_mwa ve 6 296.51417 19.034583 7.770836 276.53860 316.48974 270.000 323.529 1xkukus_36mesh_reb us 6 249.04983 9.806467 4.003473 238.75858 259.34109 235.000 261.111 1xkukus_36mesh_kuk us 6 267.02867 17.925068 7.317878 248.21746 285.83987 242.105 287.500 1xkukus_36mesh_m. wave 6 333.57433 17.780443 7.258835 314.91490 352.23376 305.882 350.000 1xkukus_144mesh_re bus 6 237.20767 4.862927 1.985282 232.10434 242.31100 231.818 245.000 1xkukus_144mesh_ku kus 6 300.99933 17.733130 7.239520 282.38956 319.60911 273.684 325.000 1xkukus_144mesh_m. wave 6 318.29783 20.169803 8.234288 297.13092 339.46474 300.000 356.250 2xkukus_9mesh_rebu s 6 206.07150 6.391977 2.609514 199.36353 212.77947 200.000 216.667 pgmbgn_vol 2xkukus_9mesh_kuku s 6 234.78117 11.630923 4.748304 222.57526 246.98707 225.000 257.143

(39)

2xkukus_9mesh_m.w ave 6 328.74400 11.515232 4.701074 316.65950 340.82850 315.000 341.176 2xkukus_36mesh_reb us 6 297.00583 8.681234 3.544099 287.89544 306.11623 281.250 306.667 2xkukus_36mesh_kuk us 6 338.69267 11.222115 4.581409 326.91578 350.46955 323.529 357.143 2xkukus_36mesh_m. wave 6 239.36433 8.079488 3.298437 230.88543 247.84324 231.579 252.941 2xkukus_144mesh_re bus 6 281.71450 10.211328 4.168757 270.99837 292.43063 270.000 294.444 2xkukus_144mesh_ku kus 6 302.84250 12.026840 4.909937 290.22111 315.46389 288.235 314.286 2xkukus_144mesh_m. wave 6 349.25100 7.546201 3.080724 341.33175 357.17025 338.889 356.250 Total 108 278.63288 48.493740 4.666312 269.38246 287.88330 162.963 357.143 1xkukus_9mesh_rebu s 6 86.43300 1.341063 .547487 85.02564 87.84036 84.998 88.312 1xkukus_9mesh_kuku s 6 84.73700 1.276049 .520945 83.39787 86.07613 83.449 86.455 1xkukus_9mesh_mwa ve 6 75.10017 .672548 .274567 74.39437 75.80596 74.354 76.111 1xkukus_36mesh_reb us 6 90.00333 .722329 .294889 89.24530 90.76137 88.920 91.005 1xkukus_36mesh_kuk us 6 88.26667 .799121 .326240 87.42804 89.10529 87.339 89.352 1xkukus_36mesh_m. wave 6 77.51100 .536470 .219013 76.94801 78.07399 76.859 78.237 1xkukus_144mesh_re bus 6 91.83783 .358568 .146385 91.46154 92.21413 91.416 92.314 1xkukus_144mesh_ku kus 6 92.59600 .557803 .227722 92.01062 93.18138 91.898 93.411 1xkukus_144mesh_m. wave 6 76.79433 .526613 .214989 76.24169 77.34698 75.997 77.472 2xkukus_9mesh_rebu s 6 80.96700 .635889 .259601 80.29968 81.63432 79.922 81.725 Rehdrtn_Cpcty 2xkukus_9mesh_kuku s 6 68.69000 .642509 .262303 68.01573 69.36427 67.935 69.518

(40)

2xkukus_9mesh_m.w ave 6 75.52300 .559498 .228414 74.93584 76.11016 74.867 76.143 2xkukus_36mesh_reb us 6 83.91767 .397392 .162235 83.50063 84.33470 83.472 84.492 2xkukus_36mesh_kuk us 6 76.67083 .508390 .207549 76.13731 77.20436 75.932 77.331 2xkukus_36mesh_m. wave 6 77.40617 .503663 .205619 76.87761 77.93473 76.993 78.325 2xkukus_144mesh_re bus 6 84.57767 .375485 .153291 84.18362 84.97171 83.997 85.032 2xkukus_144mesh_ku kus 6 82.58933 .571714 .233401 81.98936 83.18931 81.934 83.467 2xkukus_144mesh_m. wave 6 77.03417 .679601 .277446 76.32097 77.74736 75.823 77.621 Total 108 81.70306 6.463909 .621990 80.47004 82.93609 67.935 93.411 1xkukus_9mesh_rebu s 6 43.21667 .670466 .273717 42.51306 43.92028 42.499 44.156 1xkukus_9mesh_kuku s 6 16.94733 .255068 .104131 16.67966 17.21501 16.690 17.291 1xkukus_9mesh_mwa ve 6 37.55033 .336362 .137319 37.19734 37.90332 37.177 38.056 1xkukus_36mesh_reb us 6 45.00200 .361351 .147521 44.62279 45.38121 44.460 45.503 1xkukus_36mesh_kuk us 6 17.65317 .159772 .065226 17.48550 17.82084 17.468 17.870 1xkukus_36mesh_m. wave 6 38.75583 .268340 .109549 38.47423 39.03744 38.430 39.119 1xkukus_144mesh_re bus 6 45.91900 .179195 .073156 45.73095 46.10705 45.708 46.157 1xkukus_144mesh_ku kus 6 18.51900 .111416 .045486 18.40208 18.63592 18.380 18.682 1xkukus_144mesh_m. wave 6 38.39733 .263164 .107436 38.12116 38.67351 37.999 38.736 2xkukus_9mesh_rebu s 6 40.48383 .318051 .129844 40.15006 40.81761 39.961 40.863 Rhdrtn_Rate 2xkukus_9mesh_kuku s 6 13.73817 .128568 .052488 13.60324 13.87309 13.587 13.904

(41)

2xkukus_9mesh_m.w ave 6 37.76183 .279735 .114201 37.46827 38.05540 37.434 38.072 2xkukus_36mesh_reb us 6 41.95917 .198664 .081104 41.75068 42.16765 41.736 42.246 2xkukus_36mesh_kuk us 6 15.33400 .101680 .041511 15.22729 15.44071 15.186 15.466 2xkukus_36mesh_m. wave 6 38.70350 .251887 .102832 38.43916 38.96784 38.497 39.163 2xkukus_144mesh_re bus 6 42.28900 .187607 .076590 42.09212 42.48588 41.999 42.516 2xkukus_144mesh_ku kus 6 16.51783 .114045 .046559 16.39815 16.63752 16.387 16.693 2xkukus_144mesh_m. wave 6 38.51750 .339831 .138735 38.16087 38.87413 37.912 38.811 Total 108 32.62586 11.751792 1.130817 30.38415 34.86757 13.587 46.157 ANOVA

Squares Sum of 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 251625.78 3 107 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

(42)

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_144mes h_rebus 6 263.42881 1xkukus_9mesh_ mwave 6 263.99482 263.99482 2xkukus_9mesh_ rebus 6 264.18475 264.18475 2xkukus_36mesh _rebus 6 265.25540 265.25540 1xkukus_36mesh _rebus 6 266.00476 2xkukus_9mesh_ m.wave 6 266.08816 2xkukus_36mesh _kukus 6 270.15580 1xkukus_144mes h_m.wave 6 270.97308 270.97308 2xkukus_36mesh _m.wave 6 272.36588 272.36588 2xkukus_144mes h_rebus 6 272.39605 272.39605 2xkukus_144mes h_m.wave 6 272.52065 272.52065

(43)

1xkukus_36mesh _m.wave 6 272.73543 2xkukus_144mes h_kukus 6 292.0371 1xkukus_9mesh_ kukus 6 295.53790 1xkukus_36mesh _kukus 6 308.18872 1xkukus_144mes h_kukus 6 325.54784 Sig. _1.000 _1.000 _.340 _.111 _.293 _.272 _.058 _.655 _1.000 _1.000 _1.000 _1.000

(44)

Duncan

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 2xkukus_36mesh_m.wave 6 239.36433 239.36433 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_144mesh_kukus 6 302.84250 1xkukus_144mesh_m.wav e 6 318.29783 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.wav e 6 349.25100 Sig. _1.000 _1.000 _.093 _.064 _.109 _.059 _.062 _.461 _.063 _.227 _.056

(45)

3. Rehydration Capacity (RC)

(46)

Duncan

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.wav e 6 76.79433 2xkukus_144mesh_m.wav e 6 77.03417 2xkukus_36mesh_m.wave 6 77.40617 1xkukus_36mesh_m.wave 6 77.51100 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 1xkukus_144mesh_kukus 6 92.59600 Sig. 1.000 .297 .065 1.000 1.000 .057 1.000 1.000 1.000 .063

(47)

(48)

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

(49)

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

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

(50)

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 Test Statistics N 30 Cochran's Q _38.959(a) Df 17 Asymp. Sig. _.002 a 1 is treated as a success.

3. Rasa

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

(51)

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 Test Statistics N 30 Cochran's Q _39.886(a) Df 17 Asymp. Sig. _.001 a 1 is treated as a success.

(52)

4. Aroma

sampel_1 ₃₀ _.53 _.507 ₀ ₁ sampel_2 30 .87 .346 0 1 sampel_3 ₃₀ _.87 _.346 ₀ ₁ sampel_4 30 .77 .430 0 1 sampel_5 ₃₀ _.63 _.490 ₀ ₁ sampel_6 30 .83 .379 0 1 sampel_7 ₃₀ _.67 _.479 ₀ ₁ sampel_8 30 .70 .466 0 1 sampel_9 ₃₀ _.67 _.479 ₀ ₁ sampel_10 30 .83 .379 0 1 sampel_11 ₃₀ _.73 _.450 ₀ ₁ sampel_12 30 .67 .479 0 1 sampel_13 ₃₀ _.80 _.407 ₀ ₁ sampel_14 30 .67 .479 0 1 sampel_15 ₃₀ _.83 _.379 ₀ ₁ sampel_16 30 .93 .254 0 1 sampel_17 ₃₀ _.80 _.407 ₀ ₁ sampel_18 30 .93 .254 0 1 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