EVALUASI PENURUNAN KANDUNGAN TIAMIN PADA BERAS (Oryza sativa) VARIETAS IR 64, C4 DAN MENTIK WANGI : PENGARUH PENCUCIAN DAN PEMASAKAN DENGAN RICE COOKER - Unika Repository

(1)

LAMPIRAN 1. DATA MENTAH HASIL ANALISA FISIKAWI

Waktu Proses Pemasakan

Varietas

beras Ulangan

Mencapai Titik Didih

(menit)

Mean ± Standar Deviasi

Total Waktu Pemasakan

(menit)

Mean ± Standar Deviasi

IR64 1 Mentik

Wangi

Nilai Penambahan Berat Sampel Setelah Proses Pemasakan

Beras Ul. Volume Air (ml)

Berat awal bahan (g)

Berat akhir bahan (g)

Berat awal ± Std. D

Berat akhir ± Std. D

Penambahan berat (%)

IR64 1 2

400 400

200,002 200,009

546.000 539.500

200,00a ±0,00

200,001 200,007

559.000 562.000

200,00a ±0,00

560,50b

±2,12 180,25 Mentik

Wangi 1 2

400 400

200,002 200,005

564.500 558.000

200,00a ±0,00

561,25b

±4,60 180,63

(2)

1.1BULK DENSITY

Bulk Density pada Beras Kering

Beras Ul. Berat sampel (gr)

Volume wadah (cm3)

Bulk density (gr/cm3)

Bulk density ± Standar Deviasi

IR64 1 2

200,000 200,001

240

200,001 200,000

240 Mentik

Wangi 1 2

200,001 200,000

240

Bulk Density pada Nasi

Beras Ul. Volume air awal (ml)

Berat sampel (gr)

Volume wadah (cm3)

Bulk density (gr/cm3)

Bulk density ± Standar Deviasi

IR64 1 2

400 400

546.000 539.500

569.282 553.896

0.959

559.000 562.000

630.826 661.598

0.886

0.849 0,87

a

±0,03 Mentik

Wangi 1 2

400 400

564.500 558.000

707.756 676.984

0.798

0.824 0,81

a

±0,07

(3)

1.2 PENGEMBANGAN BERAS SELAMA PEMASAKAN

Var. Beras IR64

Butir Perlakuan Panjang Lebar E.ratio E.index E.ratio ± SD E.index ± SD Ke-1 Beras

(4)

Ke-8 Beras

Var. Beras Mentik Wangi

Butir Perlakuan Panjang Lebar E.ratio E.index E.ratio ± SD E.index ± SD Ke-1 Beras

(5)

LAMPIRAN 2. DATA MENTAH HASIL ANALISA SIFAT KIMIAWI

2.1 KADAR AIR

Var. Beras IR 64

Perlakuan Ulangan sampel

Ulangan analisa

Berat cawan

(gr)

Berat sampel

(gr)

Berat sampel yang setelah

dikeringkan Kadar air (%)

Kadar air ± SD pertama kedua ketiga rata -

rata Beras

kering

1 1 18,219 2,006 1,799 1,791 1,807 1.799 10.32

11.57±1.30a 2 19,764 2,000 1,786 1,786 1,792 1.788 10.60

2 1 21,285 2,022 1,760 1,760 1,764 1.761 12.89 2 19,952 2,009 1,757 1,757 1,762 1.759 12.46 Beras

cucian pertama

1 1 22,454 2,002 1,645 1,647 1,644 1.645 17.82

18.73±1.01b 2 19,091 2,015 1,654 1,657 1,651 1.654 17.92

2 1 21,099 2,006 1,618 1,617 1,617 1.617 19.38 2 16,589 2,008 1,610 1,608 1,613 1.610 19.80 Beras

cucian kedua

1 1 18,998 2,017 1,616 1,619 1,613 1.616 19.88

20.98±1.47c 2 19,295 2,004 1,614 1,611 1,611 1.612 19.56

2 1 16,450 2,007 1,553 1,558 1,560 1.557 22.42 2 22,492 2,007 1,562 1,562 1,569 1.564 22.06 Beras

cucian ketiga

1 1 16,084 2,010 1,603 1,600 1,602 1.602 20.32

21.59±1.66c 2 22,543 2,006 1,605 1,607 1,602 1.605 20.01

2 1 22,501 2,003 1,543 1,544 1,546 1.544 22.90 2 21,214 2,005 1,541 1,539 1,543 1.541 23.14

Nasi

1 1 21,822 2,061 0,687 0,680 0,678 0.682 66.93

67.81±0.98d 2 20,986 2,011 0,669 0,663 0,659 0.664 67.00

2 1 22,263 2,140 0,686 0,671 0,667 0.675 68.47 2 19,098 2,156 0,678 0,671 0,668 0.672 68.82

(6)

Var. Beras C4

Perlakuan Ulangan sampel

Ulangan analisa

Berat cawan

(gr)

Berat sampel

(gr)

dikeringkan Kadar

air (%) Kadar air ± SD pertama kedua ketiga rata -

rata beras

kering

1 1 18,219 2,006 1,799 1,791 1,807 1.799 10.32

11.84±0.10a 2 19,764 2,000 1,786 1,786 1,792 1.788 10.60

2 1 21,285 2,022 1,760 1,760 1,764 1.761 12.89 2 19,952 2,009 1,757 1,757 1,762 1.759 12.46 beras

cucian pertama

1 1 22,454 2,002 1,645 1,647 1,644 1.645 17.82

18.93±1.29b 2 19,091 2,015 1,654 1,657 1,651 1.654 17.92

2 1 21,099 2,006 1,618 1,617 1,617 1.617 19.38 2 16,589 2,008 1,610 1,608 1,613 1.610 19.80 beras

cucian kedua

1 1 18,998 2,017 1,616 1,619 1,613 1.616 19.88

20.05±0.36bc 2 19,295 2,004 1,614 1,611 1,611 1.612 19.56

2 1 16,450 2,007 1,553 1,558 1,560 1.557 22.42 2 22,492 2,007 1,562 1,562 1,569 1.564 22.06 beras

cucian ketiga

1 1 16,084 2,010 1,603 1,600 1,602 1.602 20.32

21.90±0.74c 2 22,543 2,006 1,605 1,607 1,602 1.605 20.01

2 1 22,501 2,003 1,543 1,544 1,546 1.544 22.90 2 21,214 2,005 1,541 1,539 1,543 1.541 23.14

nasi

1 1 21,822 2,061 0,687 0,680 0,678 0.682 66.93

67.55±2.68d 2 20,986 2,011 0,669 0,663 0,659 0.664 67.00

2 1 22,263 2,140 0,686 0,671 0,667 0.675 68.47 2 19,098 2,156 0,678 0,671 0,668 0.672 68.82 Perlakuan Ulangan

sampel

Ulangan analisa

Berat cawan

Berat sampel

Berat sampel yang setelah dikeringkan

Kadar

air (%) Kadar air ± SD

(7)

Var. Beras Mentik Wangi

pertama kedua ketiga rata - rata Perlakuan Ulangan

sampel

Ulangan analisa

Berat cawan

(gr)

Berat sampel

(gr)

dikeringkan Kadar

air (%) Kadar air ± SD pertama kedua ketiga rata -

rata Beras

kering

1 1 18,219 2,006 1,799 1,791 1,807 1.799 10.32

11.86±0.17a 2 19,764 2,000 1,786 1,786 1,792 1.788 10.60

2 1 21,285 2,022 1,760 1,760 1,764 1.761 12.89 2 19,952 2,009 1,757 1,757 1,762 1.759 12.46 Beras

cucian pertama

1 1 22,454 2,002 1,645 1,647 1,644 1.645 17.82

18.23±1.00b 2 19,091 2,015 1,654 1,657 1,651 1.654 17.92

2 1 21,099 2,006 1,618 1,617 1,617 1.617 19.38 2 16,589 2,008 1,610 1,608 1,613 1.610 19.80 Beras

cucian kedua

1 1 18,998 2,017 1,616 1,619 1,613 1.616 19.88

20.72±0.72c 2 19,295 2,004 1,614 1,611 1,611 1.612 19.56

2 1 16,450 2,007 1,553 1,558 1,560 1.557 22.42 2 22,492 2,007 1,562 1,562 1,569 1.564 22.06 Beras

cucian ketiga

1 1 16,084 2,010 1,603 1,600 1,602 1.602 20.32 _21.18±0.62c

2 22,543 2,006 1,605 1,607 1,602 1.605 20.01 2 1 22,501 2,003 1,543 1,544 1,546 1.544 22.90

(8)

2.2 VITAMIN B1 (Tiamin)

2 21,214 2,005 1,541 1,539 1,543 1.541 23.14

Nasi

1 1 21,822 2,061 0,687 0,680 0,678 0.682 66.93

66.91±3.05d 2 20,986 2,011 0,669 0,663 0,659 0.664 67.00

2 1 22,263 2,140 0,686 0,671 0,667 0.675 68.47 2 19,098 2,156 0,678 0,671 0,668 0.672 68.82 Perlakuan Ul.

sampel Ul. analisa

Berat sampel

(gr)

Luas area sampel

Luas area standar

Kons. tiamin dlm 1 ml sampel (ppm)

Kons. tiamin dlm berat

sampel (mg/100gr)

Kadar tiamin ± Std. Deviasi

(9)

Var. Beras IR64

Var. Beras C4

beras kering

1 1 5.046 492613 1103728 22.31587 0.432

0,47 ± 0.06b 2 5.046 470212 1103728 21.30108 0.432

2 1 5.019 643392 1199089 26.82837 0.535

2 - - - - -

beras cucian pertama

1 1 5.006 472052 1103728 21.38444 0.429

0.45± 0.04b 2 5.006 476857 1103728 21.60211 0.429

2 1 5.002 554851 1199089 25.13531 0.503

2 - - - - -

beras cucian

kedua

1 1 5.003 439196 1103728 19.89603 0.404

0,43 ± 0.05b 2 5.003 452083 1103728 20.47982 0.403

2 1 5.019 537614 1199089 24.35446 0.485

2 - - - - -

beras cucian

ketiga

1 1 5.074 451178 1103728 20.43882 0.399

0.42± 0.04b 2 5.074 443118 1103728 20.0737 0.399

2 1 5.020 527716 1199089 23.90607 0.476

2 - - - - -

nasi

1 1 5.172 199423 1103728 9.034065 0.168

0,18 ± 0.03a 2 5.172 185161 1103728 8.387981 0.168

2 1 5.007 241267 1199089 10.92964 0.218

2 - - - - -

Perlakuan Ul. sampel

Ul. analisa

Berat sampel

(gr)

sampel (mg/100gr)

(10)

Beras Menthik

beras kering

1 1 5.072 569761 1103728 25.81075 0.503

0.50± 0.01c 2 5.072 557258 1103728 25.24435 0.503

2 1 5.018 578428 1199089 24.11948 0.481

2 - - - - -

1 1 5.033 479999 1103728 21.74444 0.437 _0.45

± 0.02bc 2 5.033 491217 1103728 22.25263 0.437

2 1 5.050 532380 1199089 24.11736 0.478

2 - - - - -

beras cucian

kedua

1 1 5.029 479525 1103728 21.72297 0.431 _0.45

± 0.04bc 2 5.029 477903 1103728 21.64949 0.431

2 1 5.018 544482 1199089 24.66559 0.492

2 - - - - -

beras cucian

ketiga

1 1 5.014 472081 1103728 21.38575 0.427

0.43 ± 0.01b 2 5.014 473841 1103728 21.46548 0.427

2 1 5.072 502573 1199089 22.76707 0.449

2 - - - - -

nasi

1 1 5.062 190362 1103728 8.623592 0.169

0.19 ± 0.04a 2 5.062 186575 1103728 8.452037 0.169

2 1 5.020 264680 1199089 11.99027 0.239

2 - - - - -

Perlakuan Ul. sampel

Ul. analisa

Berat sampel

(gr)

sampel (mg/100gr)

(11)

LAMPIRAN 3. DATA MENTAH HASIL ANALISA HPLC

3.1 Kromatogram Standar Tiamin

Kromatogram Standar Tiamin Ulangan 1

Kromatogram Standar Tiamin Ulangan 2

beras kering

1 1 5.028 554854 1103728 25.13545 0.493

0.47 ± 0.04c 2 5.028 540378 1103728 24.47967 0.493

2 1 5.019 516950 1199089 21.55595 0.429

2 - - - - -

1 1 5.029 497218 1103728 22.52448 0.449

0.44 ± 0.01bc 2 5.029 499659 1103728 22.63506 0.449

2 1 5.026 480821 1199089 21.78168 0.433

2 - - - - -

beras cucian

kedua

1 1 5.021 472142 1103728 21.38851 0.428

0.43 ±0.00b 2 5.021 477088 1103728 21.61257 0.428

2 1 5.024 466294 1199089 21.12359 0.420

2 - - - - -

beras cucian

ketiga

1 1 5.054 463719 1103728 21.00694 0.419

0.42 ± 0.00b 2 5.054 472221 1103728 21.39209 0.419

2 1 5.060 475281 1199089 21.53071 0.426

2 - - - - -

nasi

1 1 5.078 185141 1103728 8.387075 0.165

0.18 ± 0.03a 2 5.078 184353 1103728 8.351378 0.165

2 1 5.057 245282 1199089 11.11152 0.220

2 - - - - -

(12)

Descriptives

2 12.7300 .53740 .38000 7.9016 17.5584 12.35 13.11

2 12.4400 .21213 .15000 10.5341 14.3459 12.29 12.59

2 12.6900 .52326 .37000 7.9887 17.3913 12.32 13.06

6 12.6200 .37587 .15345 12.2255 13.0145 12.29 13.11

2 23.9800 .69296 .49000 17.7540 30.2060 23.49 24.47

2 23.1450 .13435 .09500 21.9379 24.3521 23.05 23.24

2 23.7600 .50912 .36000 19.1858 28.3342 23.40 24.12

IR 64 C4 mentik wangi Total IR 64 C4 mentik wangi T_DIDIH

TOT_MSAK

N Mean Std. Deviation Std. Error Lower Bound Upper Bound 95% Confidence Interval for

Mean

Minimum Maximum

3.2 Kromatogram Sampel Beras Var. Beras IR 64

3.3 Kromatogram Sampel Beras Var. Beras C4

3.4 Kromatogram Sampel Beras Var. Beras Mentik Wangi

LAMPIRAN 4. PENGOLAHAN DATA WAKTU PROSES PEMASAKAN

Oneway

(13)

Post Hoc Tests

Homogeneous Subsets

T_DIDIH

Duncana

2 12.4400

2 12.6900

2 12.7300

.562 ONE_WAY

C4

mentik wangi IR 64 Sig.

N 1

Subset for alpha

= .05

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 2.000.

a.

ANOVA

.099 2 .049 .244 .798

.608 3 .203

.706 5

.749 2 .375 1.484 .356

.757 3 .252

1.507 5

Between Groups Within Groups Total

T_DIDIH

TOT_MSAK

Sum of

Squares df Mean Square F Sig.

(14)

TOT_MSAK

Duncana

2 23.1450

2 23.7600

2 23.9800

.194 ONE_WAY

C4

mentik wangi IR 64 Sig.

N 1

Subset for alpha

= .05

a.

(15)

LAMPIRAN 5. PENGOLAHAN DATA BERAT SAMPEL

Oneway

ANOVA

.000 2 .000 .000 1.000

.000 3 .000

.000 5

438.583 2 219.292 14.072 .030

46.750 3 15.583

485.333 5

B_AWAL

B_AKHIR

Sum of

Descriptives

2 200.00050 .000707 .000500 199.99415 200.00685 200.000 200.001 2 200.00050 .000707 .000500 199.99415 200.00685 200.000 200.001 2 200.00050 .000707 .000500 199.99415 200.00685 200.000 200.001 6 200.00050 .000548 .000224 199.99993 200.00107 200.000 200.001 2 542.75000 4.596194 3.250000 501.45483 584.04517 539.500 546.000 2 560.50000 2.121320 1.500000 541.44069 579.55931 559.000 562.000 2 561.25000 4.596194 3.250000 519.95483 602.54517 558.000 564.500 6 554.83333 9.852242 4.022161 544.49404 565.17263 539.500 564.500 IR 64

C4

Mentik Wangi Total IR 64 C4

Mentik Wangi Total B_AWAL

B_AKHIR

Mean

Minimum Maximum

(16)

Post Hoc Tests

Homogeneous Subsets

B_AWAL

Duncana

2 200.00050 2 200.00050 2 200.00050 1.000 ONE_WAY

IR 64 C4

Mentik Wangi Sig.

N 1

Subset for alpha

= .05

Means for groups in homogeneous subsets are displayed.

Uses Harmonic Mean Sample Size = 2.000. a.

B_AKHIR

Duncana

2 542.75000

2 560.50000

2 561.25000

1.000 .861

ONE_WAY IR 64 C4

Mentik Wangi Sig.

N 1 2

Subset for alpha = .05

a.

(17)

LAMPIRAN 6. PENGOLAHAN DATA BULK DENSITY

Oneway

ANOVA

.000 2 .000 . .

.000 3 .000

.000 5

.025 2 .012 32.752 .009

.001 3 .000

.026 5

BD_AWAL

BD_AKHIR

Sum of

Post Hoc Tests

Homogeneous Subsets

BD_AKHIR

Duncana

2 .81100

2 .86750

2 .96650

.062 1.000

ONE_WAY Mentik Wangi C4

IR 64 Sig.

N 1 2

Descriptives

2 .83300 .000000 .000000 .83300 .83300 .833 .833 2 .83300 .000000 .000000 .83300 .83300 .833 .833 2 .83300 .000000 .000000 .83300 .83300 .833 .833 6 .83300 .000000 .000000 .83300 .83300 .833 .833 2 .96650 .010607 .007500 .87120 1.06180 .959 .974 2 .86750 .026163 .018500 .63244 1.10256 .849 .886 2 .81100 .018385 .013000 .64582 .97618 .798 .824 6 .88167 .071996 .029392 .80611 .95722 .798 .974 IR 64

C4

Mentik Wangi Total IR 64 C4

Mentik Wangi Total BD_AWAL

BD_AKHIR

Mean

Minimum Maximum

(18)

LAMPIRAN 7. PENGOLAHAN DATA UKURAN BUTIR BERAS DAN

BUTIR NASI

Explore

BERAS

Case Processing Summary

20 100.0% 0 .0% 20 100.0%

BERAS ir64 c4

mentik wangi ir64

c4

mentik wangi PANJANG

LEBAR

N Percent N Percent N Percent

Valid Missing Total

Cases

Tests of Normality

.282 20 .000 .768 20 .000

.288 20 .000 .740 20 .000

.319 20 .000 .700 20 .000

.293 20 .000 .591 20 .000

.287 20 .000 .783 20 .000

.300 20 .000 .753 20 .000

BERAS ir64 c4

mentik wangi ir64

c4

mentik wangi PANJANG

LEBAR

Statistic df Sig. Statistic df Sig.

Kolmogorov-Smirnova Shapiro-Wilk

Lilliefors Significance Correction a.

(19)

Oneway

ANOVA

260.514 5 52.103 903.048 .000

3.116 54 .058

263.630 59

2.526 5 .505 25.269 .000

1.079 54 .020

3.605 59

PANJANG

LEBAR

Sum of

Post Hoc Tests

Homogeneous Subsets

Descriptives

10 7.9570 .21344 .06750 7.8043 8.1097 7.67 8.26

10 11.1380 .28460 .09000 10.9344 11.3416 10.77 11.68

10 7.3790 .21284 .06730 7.2267 7.5313 7.13 7.75

10 11.6380 .33816 .10694 11.3961 11.8799 10.98 12.12

10 7.1420 .19025 .06016 7.0059 7.2781 6.88 7.48

10 12.0240 .15421 .04877 11.9137 12.1343 11.87 12.28

60 9.5463 2.11384 .27290 9.0003 10.0924 6.88 12.28

10 2.0600 .02309 .00730 2.0435 2.0765 2.03 2.10

10 2.3870 .33800 .10689 2.1452 2.6288 2.20 3.34

10 2.0580 .02573 .00814 2.0396 2.0764 2.02 2.09

10 2.4320 .04315 .01365 2.4011 2.4629 2.37 2.49

10 2.0580 .04392 .01389 2.0266 2.0894 2.00 2.12

10 2.5520 .02658 .00841 2.5330 2.5710 2.52 2.60

60 2.2578 .24719 .03191 2.1940 2.3217 2.00 3.34

beras kering IR 64 nasi IR 64 beras kering C4 nasi C4

beras kering Mentik nasi Mentik Total

beras kering IR 64 nasi IR 64 beras kering C4 nasi C4

beras kering Mentik nasi Mentik Total PANJANG

LEBAR

Mean

(20)

PANJANG

Duncana

10 7.1420

10 7.3790

10 7.9570

1.000 1.000 1.000

ONE_WAY

beras kering Mentik beras kering C4 beras kering IR 64 Sig.

N 1 2 3

Means for groups in homogeneous subsets are displayed. Uses Harmonic Mean Sample Size = 10.000. a.

LEBAR

Duncana

10 2.0580

10 2.0600

.897 ONE_WAY

beras kering C4 beras kering Mentik beras kering IR 64 Sig.

N 1

Subset for alpha

= .05

PANJANG

Duncana

10 11.1380

10 11.6380

10 12.0240

1.000 1.000 1.000

ONE_WAY nasi IR 64 nasi C4 nasi Mentik Sig.

N 1 2 3

(21)

LEBAR

Duncana

10 2.3870

10 2.4320

10 2.5520

.087 ONE_WAY

nasi IR 64 nasi C4 nasi Mentik Sig.

N 1

Subset for alpha

= .05

(22)

LAMPIRAN 8. PENGOLAHAN DATA PENGEMBANGAN BERAS SELAMA PEMASAKAN

Oneway

ANOVA

.098 2 .049 5.062 .014

.262 27 .010

.360 29

.411 2 .206 54.305 .000

.102 27 .004

.514 29

E_INDEX

E_RATIO

Sum of

Post Hoc Tests

Homogeneous Subsets

E_INDEX

Duncana

10 1.22750

10 1.33680

10 1.35800

1.000 .634

ONE_WAY IR 64 C4

Mentik Wangi Sig.

N 1 2

Descriptives

10 1.22750 .151640 .047953 1.11902 1.33598 .811 1.324

10 1.33680 .075802 .023971 1.28257 1.39103 1.196 1.421

10 1.35800 .018006 .005694 1.34512 1.37088 1.326 1.379

30 1.30743 .111366 .020333 1.26585 1.34902 .811 1.421

10 1.40080 .058592 .018529 1.35889 1.44271 1.321 1.482

10 1.57900 .076652 .024240 1.52417 1.63383 1.468 1.679

10 1.68460 .045361 .014344 1.65215 1.71705 1.622 1.779

30 1.55480 .133105 .024302 1.50510 1.60450 1.321 1.779

IR 64 C4

Mentik Wang Total

IR 64 C4

Mentik Wang Total

E_INDEX

E_RATIO

Mean

(23)

E_RATIO

Duncana

10 1.40080

10 1.57900

10 1.68460

1.000 1.000 1.000

ONE_WAY IR 64 C4

Mentik Wangi Sig.

N 1 2 3

(24)

LAMPIRAN 9. PENGOLAHAN DATA KADAR AIR DAN TIAMIN

Explore

Case Processing Summary

15 75.0% 5 25.0% 20 100.0%

mentik wangi ir64

c4

mentik wangi KDR_AIR

TIAMIN

N Percent N Percent N Percent

Valid Missing Total

Cases

Tests of Normality

.392 15 .000 .664 15 .000

mentik wangi ir64

c4

mentik wangi KDR_AIR

TIAMIN

Statistic df Sig. Statistic df Sig.

Kolmogorov-Smirnova Shapiro-Wilk

Lilliefors Significance Correction a.

Var. Beras IR 64

Oneway

Descriptives

4 11.5675 1.29587 .64794 9.5055 13.6295 10.32 12.89 4 18.7300 1.00856 .50428 17.1252 20.3348 17.82 19.80 4 20.9800 1.46815 .73408 18.6438 23.3162 19.56 22.42 4 21.5925 1.65609 .82804 18.9573 24.2277 20.01 23.14 4 67.8050 .98083 .49042 66.2443 69.3657 66.93 68.82 20 28.1350 20.70881 4.63063 18.4430 37.8270 10.32 68.82 3 .46633 .059467 .034333 .31861 .61406 .432 .535 3 .45367 .042724 .024667 .34753 .55980 .429 .503 3 .43067 .047057 .027168 .31377 .54756 .403 .485 3 .42467 .044456 .025667 .31423 .53510 .399 .476 3 .18467 .028868 .016667 .11296 .25638 .168 .218 15 .39200 .115079 .029713 .32827 .45573 .168 .535 64-k

Mean

Minimum Maximum

(25)

ANOVA

8122.573 4 2030.643 1186.592 .000

25.670 15 1.711

8148.243 19

.165 4 .041 19.815 .000

.021 10 .002

.185 14

KDR_AIR

TIAMIN

Sum of

Post Hoc Tests

Homogeneous Subsets

KDR_AIR

Duncana

4 11.5675

4 18.7300

4 20.9800

4 21.5925

4 67.8050

1.000 1.000 .518 1.000

ONE_WAY

TIAMIN

Duncana

3 .18467

3 .42467

3 .43067

3 .45367

3 .46633

1.000 .321

ONE_WAY

(26)

Var. Beras C4

Oneway

ANOVA

8032.688 4 2008.172 1051.752 .000

28.640 15 1.909

8061.329 19

.176 4 .044 58.436 .000

.008 10 .001

.183 14

KDR_AIR

TIAMIN

Sum of

Post Hoc Tests

Homogeneous Subsets

KDR_AIR

Duncana

4 11.8375

4 18.9300

4 20.0450 20.0450

4 21.9000

4 67.5500

1.000 .272 .077 1.000

ONE_WAY

a.

Descriptives

4 11.8375 .09639 .04820 11.6841 11.9909 11.71 11.93 4 18.9300 1.29110 .64555 16.8756 20.9844 18.11 20.83 4 20.0450 .36116 .18058 19.4703 20.6197 19.62 20.50 4 21.9000 .73977 .36989 20.7229 23.0771 20.89 22.62 4 67.5500 2.68195 1.34098 63.2824 71.8176 65.09 69.94 20 28.0525 20.59807 4.60587 18.4123 37.6927 11.71 69.94 3 .49567 .012702 .007333 .46411 .52722 .481 .503 3 .45067 .023671 .013667 .39186 .50947 .437 .478 3 .45133 .035218 .020333 .36385 .53882 .431 .492 3 .43433 .012702 .007333 .40278 .46589 .427 .449 3 .19233 .040415 .023333 .09194 .29273 .169 .239 15 .40487 .114372 .029531 .34153 .46820 .169 .503 c4-k

Mean

Minimum Maximum

(27)

TIAMIN

Duncana

3 .19233

3 .43433

3 .45067 .45067

3 .45133 .45133

3 .49567

1.000 .485 .083

ONE_WAY

Var. Beras Mentik Wangi

Oneway

ANOVA

7875.687 4 1968.922 876.399 .000

33.699 15 2.247

7909.386 19

.163 4 .041 81.839 .000

.005 10 .000

.168 14

KDR_AIR

TIAMIN

Sum of

Descriptives

4 11.8600 .17378 .08689 11.5835 12.1365 11.63 12.05

4 18.2300 .99873 .49937 16.6408 19.8192 17.54 19.68

4 20.7150 .72206 .36103 19.5660 21.8640 19.70 21.27

4 21.1775 .62345 .31173 20.1854 22.1696 20.55 22.04

4 66.9050 3.04882 1.52441 62.0536 71.7564 63.00 70.08

20 27.7775 20.40303 4.56226 18.2286 37.3264 11.63 70.08

3 .47167 .036950 .021333 .37988 .56346 .429 .493

3 .44367 .009238 .005333 .42072 .46661 .433 .449

3 .42533 .004619 .002667 .41386 .43681 .420 .428

3 .42133 .004041 .002333 .41129 .43137 .419 .426

3 .18333 .031754 .018333 .10445 .26222 .165 .220

15 .38907 .109692 .028322 .32832 .44981 .165 .493

mk-k

Mean

(28)

Post Hoc Tests

Homogeneous Subsets

KDR_AIR

Duncana

4 11.8600

4 18.2300

4 20.7150

4 21.1775

4 66.9050

1.000 1.000 .669 1.000

ONE_WAY mk-k mk-1 mk-2 mk-3 mk-n Sig.

N 1 2 3 4

a.

TIAMIN

Duncana

3 .18333

3 .42133

3 .42533

3 .44367 .44367

3 .47167

1.000 .270 .156

ONE_WAY mk-n mk-3 mk-2 mk-1 mk-k Sig.

N 1 2 3

a.

(29)

LAMPIRAN 10. PENGOLAHAN DATA KORELASI KADAR AIR

DENGAN TIAMIN

Correlations

Correlations

1 -.961**

. .000

60 45

-.961** 1

.000 .

45 45

Pearson Correlation Sig. (2-tailed) N

KDR_AIR

TIAMIN

KDR_AIR TIAMIN

Correlation is significant at the 0.01 level (2-tailed). **.