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Lampiran 1. Prosedur analisis proksimat minyak biji kamandrah
Rendemen Minyak
Rendemen dihitung dengan membandingkan jumlah minyak yang dihasilkan dari bahan baku yang diproses.
Perhitungan :
Berat minyak Rendemen minyak bb = x 100
Berat sampel Kadar Air Cara Pemanasan AOAC, 1996
Cawan kosong dan tutupnya dikeringkan dalam oven selama 15 menit dan dinginkan dalam eksikator, kemudian ditimbang untuk cawan alumunium
didinginkan selama 10 menit dan cawan porselen didinginkan selama 20 menit. Timbang dengan cepat kurang lebih 5 gram sampel yang sudah dihomogenkan
dalam cawan. Angkat tutup cawan dan tempatkan cawan berserta isi dan tutupnya di dalam oven selama 6 jam. Hindarkan kontak antara cawan dengan dinding
oven. Untuk produk yang tidak mengalami dekomposisi dengan pengeringan yang lama dapat dikeringkan selama 1 malam 16 jam. Pindahkan cawan ke desikator,
tutup dengan penutup cawan, lalu didinginkan. Setelah dingin timbang kembali. Keringkan kembali ke dalam oven sampai diperoleh berat yang tetap.
Perhitungan :
Berat sampel gram = W1
Berat sampel setelah dikeringkan gram = W2
Kehilangan berat gram = W3
W3 Persen kadar air wet basis = x 100
W1 W3
Persen kadar air dry basis = x 100 W2
Kadar Lemak dan Minyak dengan Soxhlet Woodman, 1971 dalam
Sudarmadji dkk. 1997
Ambil labu lemak yang ukurannya sesuai dengan alat ekstraksi soxhlet yang akan digunakan, keringkan dalam oven, dinginkan dalam desikator dan
timbang. Timbang 5 gram sampel dalam bentuk tepung langsung dalam saringan timbel, yang sesuai ukurannya, kemudian tutup dengan kapas-wool yang bebas
lemak. Sebagai alternatif sampel dapat dibungkus dengan kertas saring. Letakkan timbel atau kertas saring yang berisi sampel tersebut dalam alat ekstraksi soxhlet,
kemudian pasang alat kondenser diatasnya, dan labu lemak dibawahnya. Tuangkan pelarut dietil eter atau petrolium eter ke dalam labu lemak secukupnya,
sesuai dengan ukuran soxhlet yang digunakan. Lakukan refluks selama minimum 5 jam sampai pelarut yang turun kembali labu lemak berwarna jernih. Distilasi
pelarut yang ada didalam labu lemak, tampung pelarutnya. Selanjutnya labu lemak yang berisi lemak hasil ekstraksi dipanaskan dalam oven pada suhu 105
o
C. Setelah dikeringkan sampai berat tetap dan didinginkan dalam desikator, timbang
labu berserta lemaknya tersebut. Berat lemak dapat ditimbang.
Perhitungan :
Berat lemak konstan Kadar lemak = x 100
Berat sampel
Kadar Abu
Cawan yang telah dibersihkan dipanaskan dalam tanur pada suhu 100
o
C selama 2 jam lalu ditimbang sebagai bobot kosong. Contoh yang telah diuapkan
ditimbang teliti + 1g dalam cawan dan dinyatakan sebagai bobot awal, kemudian cawan tersebut dimasukkan ke dalam tanur suhu 600
o
C selama 5 jam. Setelah pemanasan cawan dimasukkan ke dalam desikator, dan setelah dingin ditimbang
dan dipanaskan beberapa kali sampai diperoleh bobot tetap sebagai bobot akhir.
Perhitungan :
Keterangan: a= bobot cawan kosong
b= bobot cawan dan contoh c= bobot cawan dan contoh setelah pengabuan
Kadar Protein
Sampel ditimbang secara teliti sebanyak 200 mg, lalu dimasukkan ke alam labu Kjeldhal. Selanjutnya ditambahkan selen dan 10 ml asam sulfat pekat dan
didestruksi pada pemanas selama 2-3 jam atau sampai larutan menjadi jernih. Setelah proses destruksi lalu dipindahkan ke dalam labu destilasi kemudian
diperiksa kandungan nitrogennya dengan menggunakan alat kjeldhal.
Perhitungan :
Keterangan: a= bobot contoh
b= volume HCl yang digunakan 6,25 = faktor konversi dari nitrogen ke protein
14 = BM nitrogen Serat Kasar
Sampel yang telah digunakan pada penetapan lemak ditimbang dengan teliti + 500 mg lalu dimasukkan ke dalam erlenmeyer. Selanjutnya ditambahkan
100 ml asam sulfat 1,25 dan dipanaskan sampai mendidih. Setelah 1 jam ditambahkan 100 ml natrium hidroksida 3,25, dipanaskan kembali sampai
mendidih selama 1 jam, kemudian didinginkan dan disaring dengan menggunakan kertas saring yang telah diketahui bobotnya. Endapan dicuci dengan asam sulfat
encer dan alkohol, lalu kertas saring dan endapan dikeringkan dalam oven dan ditimbang.
Perhitungan :
Keterangan : a = bobot contoh
b = bobot endapan c =bobot abu
Lampiran 2. Prosedur analisis sifat fisiko-kimia minyak biji kamandarah Indeks bias
Indeks bias, berdasarkan SNI 06-3735-1998, prinsip yang dipakai adalah jika cahaya datang dan menembus dua media dengan kerapatan yang berbeda
maka akan dibelokkan atau dibiaskan mendekat atau menjauh garis normal. Sin I N
Rumus : = Sin r n
Keterangan : N : Indeks bias media lebih rapat
n : Indeks bias media kurang rapat i : Sudut antar sinar datang dengan garis normal
r : Sudut sinar bias Cara Kerja :
Prisma pada refraktometer dibersihkan dengan alkohol, kemudian diatas prisma ditetesan sampel menggunakan pipet tetes. Prisma dirapatkan dan diatur
slidnya sehingga diperoleh garis batas yang jelas antara terang dan gelap, saklar diatur sampai garis batas berhimpit dengan titik potong dari dua garis bersilangan,
indeks bias dibaca.
Perhitungan :
Indeks bias 25
o
C = n’ – 0,00045 t – 25 Keterangan :
t : suhu kamar
o
C n’ : indeks bias pada suhu kamar
0,00045 : faktor koreksi yang nilainya dapat diberubah sesuai dengan suhu yang dipakai.
Bobot jenis
Bobot jenis adalah perbandingan berat dari volume sampel minyak dengan berat air yang volumenya sama pada suhu tertentu biasanya ditentukan pada suhu
25
o
C.
Cara Kerja :
Piknometer dibersihkan dan dikeringkan. Isi piknometer dengan aquades bersuhu 20-30
o
C. Pengisian dilakukan sampai air dalam botol meluap dan tidak
ada gelembung udara didalamnya. Setelah ditutup, botol direndam dalam bak air yang bersuhu 25
o
C dengan toleransi 0,2
o
C selama 30 menit. Botol diangkat dari bak dan dikeringkan dengan kertas pengisap. Timbang berat botol dengan isinya.
Contoh minyaklemak cair yang akan ditentukan berat jenisnya, sebelum disaring dulu dengan kertas saring. Hal ini bertujuan untuk membuang benda-benda asing
dan kandungan air. Selanjutnya contoh minyak diperlakukan seperti langkah 1 sampai dengan 5.
Perhitungan :
Berat botol dan minyak – berat botol Berat jenis minyak pada suhu 2525
o
C = Berat air pada suhu 25
o
C Jika berat minyak pada suhu 25
o
C telah diketahui maka untuk menghitung berat jenis minyak pada suhu tertentu lainnya dapat digunakan rumus :
G = G’ + 0,00064 T – 25
o
C
Keterangan : G
= Berat jenis pada suhu 25
o
C G’
= Berat jenis pada T
o
C25
o
C T
= Suhu minyak yang ditentukan jenisnya 0,00064 = koreksi rata-rata pada 1
o
C
Bilangan Asam AOAC, 1995
Bilangan asam dinyatakan sebagai jumlah miligram KOH yang dibutuhkan untuk menetralkan asam lemak bebas yang terdapat dalam 1 gram
minyak atau lemak. Bilangan asam menyatakan jumlah asam lemak bebas yang terkandung dalam minyaklemak, biasanya dihubungkan dengan proses hidrolisa
minyaklemak yang berkaitan dengan mutu minyaklemak. Cara Kerja :
Timbang 10-20 gram minyaklemak dalam erlenmeyer 250 ml. Tambahkan 50 ml alkohol 95 netral, panaskan sampai mendidih + 10 menit
dalam penangas air sambil diaduk. Larutan ini kemudian dititrasi dengan KOH 0,1 N, menggunakan indikator fenolftalin sampai terbentuk warna merah jambu yang
persisten selama 10 detik.
Perhitungan :
ml KOH x N KOH x 56,1 Bilangan asam =
Berat sampel g ml KOH x N KOH x M
Kadar asam = 10 x Berat sampel g
Keterangan : M = berat molekul asam lemak yang dominan dalam minyaklemak Contoh
untuk oleat = 282
Kadar Asam Lemak Bebas Persen FFA
Bilangan asam sering juga dinyatakan sebagai kadar asam lemak bebas FFA. Hubungan kadar asam lemak bebas dengan bilangan asam menurut
Sudarmadji dkk 1989 dapat dituliskan sebagai berikut : Perhitungan :
Bilangan asam FFA =
Faktor konversi Keterangan :
Faktor konversi untuk oleat = 1,99 Faktor konversi untuk palmitat = 2,19
Faktor konversi untuk laurat = 2,80 Faktor konversi untuk linoleat = 2,01
Bilangan Peroksida AOAC, 1995
Penentuan bilangan peroksida biasanya didasarkan pada pengukuran sejumlah iod yang dibebaskan dari potasium iodida melalui reaksi oksidasi oleh
peroksida dalam lemakminyak pada suhu ruang didalam medium asam asetatkloroform.
Cara Kerja :
Ditimbang 5 gram contoh minyak ke dalam erlenmeyer 250 ml. Tambahkan 30 ml pelarut 60 asam asetat glasial dan 40 kloroform, kocok sampai semua
contoh minyak larut. Tambahkan 0,5 ml larutan potasium iodida KI jenuh,
diamkan selama 2 menit diruang gelap sambil digoyang. Tambahkan 30 ml air destilate. Tambahkan indikator pati dan kelebihan iod dititrasi dengan larutan
sodium tiosulfat Na
2
S
2
O
3
0,1 N atau 0,01 N tergantung dari banyaknya iod yang dibebaskna. Dengan cara yang sama buatlah penetapan untuk blanko
Perhitungan : S – B x N Na
2
S
2
O
3
x 8 x 800 Bilangan peroksida =
Berat sampel
Keterangan : S = ml Na
2
S
2
O
3
untuk titrasi sampel B = ml Na
2
S
2
O
3
untuk titrasi blangko 8 = ½ berat molekul oksigen
Lampiran 3. Prosedur uji Larvasida Penyiapan larva nyamuk Ae. aegypti
Telur nyamuk Ae. Aegypti dicelupkan dalam air suling pada nampan plastik ukuran 34 x 25 x 4,5 cm sebanyak 1 liter, telur akan menetas setelah + 24 jam
menjadi larva instar I. Larva dipelihara dengan pemberian pakan hati ayam yang telah dikukus dan dihaluskan hingga menjadi instar III selama 3-4 hari. Perubahan
tiap instar ditunjukkan dengan terjadinya ecdysis pelepasan kulit.
Penyiapan sampel
Sampel dibuat seri konsentrasi dari 0 ppm, 10 ppm, 50 ppm, 100 ppm, 250 ppm, dan 500 ppm, kemudian dihomogenkan.
Pelaksanaan Uji
Sampel dari setiap seri konsentrasi diambil 200 ml dan dimasukkan dalam gelas plastik, kemudian masukkan 25 ekor larva Ae. Aegypti instar III. Ulangi
perlakuan ini untuk 5 ulangan.
Pengamatan
Pengamatan dilakukan setelah 24 dan 48 jam dengan menghitung berapa larva yang mati.
Analisis Data
Untuk menentukan angka kematian 50 dan 90 LC
50
dan LC
90
dapat dilakukan dengan metode probit analisis Finney Method
dengan menggunakan software
POLO-PC Le Ora Software 1987 atau software SPSS versi 17.
Lampiran 4. Rendemen dan sifat fisiko-kimia minyak kamandrah pada berbagai tingkat kematangan buah kamandrah.
Ulangan Perlakuan
1 2
3 Total
Rerata Rendemen minyak
Hijau kecoklatan 12.8798
14.7030 14.8085
42.3913 14.1304
Coklat kehijaunan 16.0272
16.3706 16.5897
48.9875 16.3292
Coklat penuh 20.3384
20.0981 20.8110
61.2475 20.4158
Bilangan asam
Hijau kecoklatan 1.7247
1.5938 1.6593
4.9778 1.6593
Coklat kehijaunan 5.5611
6.0144 5.6584
17.2339 5.7446
Coklat penuh 10.5541
10.2451 10.9471
31.7463 10.5821
Kadar asam lemak bebas
Hijau kecoklatan 0.8581
0.7929 0.8255
2.476517 0.8255 Coklat kehijaunan
2.7667 2.9922
2.8151 8.57408
2.8580 Coklat penuh
5.2508 5.0971
5.4463 15.79418 5.2647
Bilangan peroksida
Hijau kecoklatan 2.0890
2.0916 1.7861
5.9667 1.9889
Coklat kehijaunan 2.1246
2.5433 2.7704
7.4383 2.4794
Coklat penuh 3.4511
3.5701 3.7541
10.7753 3.5918
Indeks bias
Hijau kecoklatan 1.4767
1.4771 1.4776
4.4314 1.4771
Coklat kehijaunan 1.4774
1.4775 1.4771
4.432 1.4773
Coklat penuh 1.4779
1.4784 1.4776
4.4339 1.4780
Bobot jenis
Hijau kecoklatan 0.9439
0.9440 0.9440
2.8319 0.9440
Coklat kehijaunan 0.9439
0.9440 0.9441
2.832 0.9440
Coklat penuh 0.9443
0.9443 0.9444
2.833 0.9443
Nilai warna L
Hijau kecoklatan 88.3400
88.4200 88.4100
265.17 88.3900
Coklat kehijaunan 81.0500
82.3000 82.3000
245.65 81.8833
Coklat penuh 72.1500
73.1700 73.7600
219.08 73.0267
Nilai warna a
Hijau kecoklatan 10.2700
10.5600 10.5600
31.39 10.4633
Coklat kehijaunan 14.6000
13.7400 13.4200
41.76 13.9200
Coklat penuh 3.7000
3.0200 3.0600
9.78 3.2600
Nilai warna b
Hijau kecoklatan 4.6900
4.0300 3.6000
12.32 4.1067
Coklat kehijaunan 59.5600
59.3300 59.0200
177.91 59.3033
Coklat penuh 64.5400
64.0400 63.0200
191.6 63.8667
Lampiran 5. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap rendemen minyak kamandrah .
Descriptive Statistics
Dependent Variable:Rendemen Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
16.329167 .2835297
3 Coklat penuh
20.415833 .3627031
3 Hijau kecoklatan
14.130433 1.0843640
3 Total
16.958478 2.8243827
9
Levenes Test of Equality of Error Variances
a
Dependent Variable:Rendemen F
df1 df2
Sig. 6.070
2 6
.036 Tests the null hypothesis that the error variance of
the dependent variable is equal across groups. a. Design: Intercept + Warnabuah
Tests of Between-Subjects Effects
Dependent Variable:Rendemen Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 61.042
a
2 30.521
65.977 .000
Intercept 2588.310
1 2588.310
5595.184 .000
Warnabuah 61.042
2 30.521
65.977 .000
Error 2.776
6 .463
Total 2652.127
9 Corrected Total
63.817 8
a. R Squared = .957 Adjusted R Squared = .942
Post Hoc Tests Rendemen
Duncan
a,,b
Subset Warnabuah
N 1
2 3
Hijau kecoklatan 3
14.130433 Coklat Kehijauan
3 16.329167
Coklat penuh 3
20.415833 Sig.
1.000 1.000
1.000 Means for groups in homogeneous subsets are displayed.
Based on observed means. The error term is Mean SquareError = .463.
a. Uses Harmonic Mean Sample Size = 3.000. b. Alpha = .05.
Lampiran 6. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap bilangan asam minyak kamandrah mg KOHg
Univariate Analysis of Variance Descriptive Statistics
Dependent Variable: Bilasam Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
5.744633 .2386365
3 Coklat penuh
10.582100 .3518366
3 Hijau kecoklatan
1.659267 .0654500
3 Total
5.995333 3.8742467
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: Bilasam F
df1 df2
Sig. 2.090
2 6
.205 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: Bilasam Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 119.708a
2 59.854
970.502 .000
Intercept 323.496
1 323.496
5245.315 .000
Warnabuah 119.708
2 59.854
970.502 .000
Error .370
6 .062
Total 443.574
9 Corrected Total
120.078 8
a R Squared = .997 Adjusted R Squared = .996 Post Hoc Tests
Bilasam
N Subset
Warnabuah 1
2 3
1 Hijau kecoklatan
3 1.659267
Coklat Kehijauan 3
5.744633 Coklat penuh
3 10.582100
Duncana, b
Sig. 1.000
1.000 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = .062. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 7. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap kadar asam lemak bebas minyak kamandrah mg KOHg
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: FFA Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
2.858027 .1187246
3 Coklat penuh
5.264726 .1750431
3 Hijau kecoklatan
.825506 .0325622
3 Total
2.982753 1.9274859
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: FFA F
df1 df2
Sig. 2.090
2 6
.205 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: FFA Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 29.630a
2 14.815
970.502 .000
Intercept 80.071
1 80.071
5245.315 .000
Warnabuah 29.630
2 14.815
970.502 .000
Error .092
6 .015
Total 109.793
9 Corrected Total
29.722 8
a R Squared = .997 Adjusted R Squared = .996 Post Hoc Tests
FFA N
Subset Warnabuah
1 2
3 1
Hijau kecoklatan 3
.825506 Coklat Kehijauan
3 2.858027
Coklat penuh 3
5.264726 Duncana,
b Sig.
1.000 1.000
1.000 Means for groups in homogeneous subsets are displayed.
Based on Type III Sum of Squares The error term is Mean SquareError = .015.
a Uses Harmonic Mean Sample Size = 3.000. b Alpha = .05.
Lampiran 8. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap indeks bias minyak kamandrah
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: Inbias Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
1.477333 .0002082
3 Coklat penuh
1.477133 .0004509
3 Hijau kecoklatan
1.478267 .0003215
3 Total
1.477578 .0006016
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: Inbias F
df1 df2
Sig. .695
2 6
.535 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: Inbias Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 2.20E-006a
2 1.10E-006
9.410 .014
Intercept 19.649
1 19.649
168421069. 752
.000 Warnabuah
2.20E-006 2
1.10E-006 9.410
.014 Error
7.00E-007 6
1.17E-007 Total
19.649 9
Corrected Total 2.90E-006
8 a R Squared = .758 Adjusted R Squared = .678
Post Hoc Tests Inbias
N Subset
Warnabuah 1
2 1
Coklat penuh 3
1.477133 Coklat Kehijauan
3 1.477333
Hijau kecoklatan 3
1.478267 Duncana,
b Sig.
.500 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = 1.17E-007. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 9. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap bobot jenis minyak kamandrah gml
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: Bj Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
.945167 .0015011
3 Coklat penuh
.945100 .0014799
3 Hijau kecoklatan
.945200 .0016462
3 Total
.945156 .0013380
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: Bj F
df1 df2
Sig. .056
2 6
.946 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: Bj Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 1.56E-008a
2 7.78E-009
.003 .997
Intercept 8.040
1 8.040
3371800.60 4
.000 Warnabuah
1.56E-008 2
7.78E-009 .003
.997 Error
1.43E-005 6
2.38E-006 Total
8.040 9
Corrected Total 1.43E-005
8 a R Squared = .001 Adjusted R Squared = -.332
Post Hoc Tests
Bj
N Subset
Warnabuah 1
1 Coklat penuh
3 .945100
Coklat Kehijauan 3
.945167 Hijau kecoklatan
3 .945200
Duncana, b
Sig. .941
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = 2.38E-006. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 10. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap bilangan peroksida minyak kamandrah meq Og minyak
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: Peroksida Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
2.479433 .3276028
3 Coklat penuh
3.591767 .1526576
3 Hijau kecoklatan
1.988900 .1756348
3 Total
2.686700 .7390907
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: Peroksida F
df1 df2
Sig. 1.266
2 6
.348 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: Peroksida Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 4.047a
2 2.024
37.595 .000
Intercept 64.965
1 64.965
1206.967 .000
Warnabuah 4.047
2 2.024
37.595 .000
Error .323
6 .054
Total 69.335
9 Corrected Total
4.370 8
a R Squared = .926 Adjusted R Squared = .901 Post Hoc Tests
Peroksida
N Subset
Warnabuah 1
2 3
1 Hijau kecoklatan
3 1.988900
Coklat Kehijauan 3
2.479433 Coklat penuh
3 3.591767
Duncana, b
Sig. 1.000
1.000 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = .054. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 11. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap L derajat kecerahan minyak kamandrah
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: L Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
81.8833 .72169
3 Coklat penuh
73.0267 .81451
3 Hijau kecoklatan
88.3900 .04359
3 Total
81.1000 6.70057
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: L F
df1 df2
Sig. 4.140
2 6
.074 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: L Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 356.809a
2 178.405
451.213 .000
Intercept 59194.890
1 59194.890
149713.084 .000
Warnabuah 356.809
2 178.405
451.213 .000
Error 2.372
6 .395
Total 59554.072
9 Corrected Total
359.182 8
a R Squared = .993 Adjusted R Squared = .991 Post Hoc Tests
L
N Subset
Warnabuah 1
2 3
1 Coklat penuh
3 73.0267
Coklat Kehijauan 3
81.8833 Hijau kecoklatan
3 88.3900
Duncana, b
Sig. 1.000
1.000 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = .395. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 12. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap a derajat kemerahan minyak kamandrah
Univariate Analysis of Variance
Descriptive Statistics
Dependent Variable: a Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
13.9200 .61025
3 Coklat penuh
3.2600 .38158
3 Hijau kecoklatan
10.4633 .16743
3 Total
9.2144 4.72446
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: a F
df1 df2
Sig. 2.827
2 6
.136 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: a Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 177.472a
2 88.736
487.531 .000
Intercept 764.154
1 764.154
4198.391 .000
Warnabuah 177.472
2 88.736
487.531 .000
Error 1.092
6 .182
Total 942.718
9 Corrected Total
178.564 8
a R Squared = .994 Adjusted R Squared = .992 Post Hoc Tests
a
N Subset
Warnabuah 1
2 3
1 Coklat penuh
3 3.2600
Hijau kecoklatan 3
10.4633 Coklat Kehijauan
3 13.9200
Duncana, b
Sig. 1.000
1.000 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = .182. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 13. Analisis statistik pengaruh tingkat kematangan buah kamandrah terhadap b derajat kekuningan minyak kamandrah
Univariate Analysis of Variance Descriptive Statistics
Dependent Variable: b Warnabuah
Mean Std. Deviation
N Coklat Kehijauan
59.3033 .27099
3 Coklat penuh
64.1333 .97577
3 Hijau kecoklatan
4.1067 .54903
3 Total
42.5144 28.88740
9
Levenes Test of Equality of Error Variancesa
Dependent Variable: b F
df1 df2
Sig. 3.207
2 6
.113 Tests the null hypothesis that the error variance of the dependent variable is equal across groups.
a Design: Intercept+Warnabuah
Tests of Between-Subjects Effects
Dependent Variable: b Source
Type III Sum of Squares
df Mean Square
F Sig.
Corrected Model 6673.202a
2 3336.601
7543.182 .000
Intercept 16267.302
1 16267.302
36776.116 .000
Warnabuah 6673.202
2 3336.601
7543.182 .000
Error 2.654
6 .442
Total 22943.158
9 Corrected Total
6675.856 8
a R Squared = 1.000 Adjusted R Squared = .999 Post Hoc Tests
b
N Subset
Warnabuah 1
2 3
1 Hijau kecoklatan
3 4.1067
Coklat Kehijauan 3
59.3033 Coklat penuh
3 64.1333
Duncana, b
Sig. 1.000
1.000 1.000
Means for groups in homogeneous subsets are displayed. Based on Type III Sum of Squares
The error term is Mean SquareError = .442. a Uses Harmonic Mean Sample Size = 3.000.
b Alpha = .05.
Lampiran 14. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah hijau kecoklatan 22 HSP
pengamatan 24 jam.
Probit Analysis Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
1.040 .190
5.478 .000
PROBIT
a
Intercept -6.190
1.099 -5.633
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .668
1.411 PROBIT
a
Intercept -7.289
-5.091 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 13.949
4 .007
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.620 20
20 15.110
2 6.215
20 7
12.131 3
5.521 20
5 6.526
4 4.605
20 2
1.607 5
3.912 20
1 .337
PROBIT
6 2.303
20 .001
Cell Counts and Residuals
Number Residual
Probability 1
4.890 .755
2 -5.131
.607 3
-1.526 .326
4 .393
.080 5
.663 .017
PROBIT
6 -.001
.000
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 41.123
.000 127.695
3.717 .020
53.453 .000
149.434 3.979
.030 63.129
.000 165.734
4.145 .040
71.546 .000
179.633 4.270
.050 79.214
.000 192.205
4.372 .060
86.384 .000
203.979 4.459
.070 93.204
.000 215.265
4.535 .080
99.765 .000
226.266 4.603
.090 106.133
.000 237.133
4.665 .100
112.353 .000
247.984 4.722
.150 142.230
.000 305.277
4.957 .200
171.547 .003
376.511 5.145
.250 201.469
.053 481.400
5.306 .300
232.763 .609
670.973 5.450
.350 266.084
4.756 1122.891
5.584 .400
302.104 22.984
2661.453 5.711
.450 341.588
63.853 10136.478
5.834 .500
385.480 115.606
57064.486 5.954
.550 435.013
165.648 405920.864
6.075 .600
491.867 211.474
3364292.462 6.198
.650 558.450
254.586 3.201E7
6.325 .700
638.397 297.187
3.581E8 6.459
.750 737.558
341.670 4.985E9
6.603 .800
866.207 391.029
9.553E10 6.764
.850 1044.749
450.022 3.036E12
6.952 .900
1322.573 528.657
2.394E14 7.187
.910 1400.085
548.624 6.887E14
7.244 .920
1489.447 570.812
2.172E15 7.306
.930 1594.303
595.846 7.685E15
7.374 .940
1720.160 624.646
3.154E16 7.450
.950 1875.872
658.651 1.580E17
7.537 .960
2076.915 700.294
1.050E18 7.639
.970 2353.836
754.191 1.079E19
7.764 .980
2779.937 830.886
2.391E20 7.930
PROBIT
a
.990 3613.464
964.915 3.170E22
8.192 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 15. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah hijau kecoklatan 22 HSP
pengamatan 48 jam.
Probit Analysis Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
.882 .137
6.433 .000
PROBIT
a
Intercept -4.623
.733 -6.309
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .613
1.151 PROBIT
a
Intercept -5.356
-3.891 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 12.772
4 .012
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.620 20
20 17.755
2 6.215
20 16
16.086 3
5.521 20
10 11.942
4 4.605
20 4
5.740 5
3.912 20
2 2.406
PROBIT
6 2.303
20 1
.095
Cell Counts and Residuals
Number Residual
Probability 1
2.245 .888
2 -.086
.804 3
-1.942 .597
4 -1.740
.287 5
-.406 .120
PROBIT
6 .905
.005
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 13.527
.002 49.951
2.605 .020
18.427 .006
60.691 2.914
.030 22.420
.014 68.869
3.110 .040
25.984 .026
75.884 3.257
.050 29.297
.044 82.234
3.377 .060
32.448 .068
88.165 3.480
.070 35.488
.099 93.817
3.569 .080
38.451 .139
99.283 3.649
.090 41.360
.189 104.625
3.722 .100
44.232 .250
109.893 3.789
.150 58.405
.797 136.215
4.067 .200
72.844 1.962
164.613 4.288
.250 88.044
4.162 197.726
4.478 .300
104.379 7.978
238.970 4.648
.350 122.210
14.138 293.735
4.806 .400
141.938 23.413
371.270 4.955
.450 164.052
36.393 488.108
5.100 .500
189.175 53.213
674.499 5.243
.550 218.147
73.475 987.022
5.385 .600
252.133 96.529
1535.311 5.530
.650 292.835
121.939 2544.038
5.680 .700
342.859 149.817
4510.146 5.837
.750 406.472
181.007 8647.777
6.008 .800
491.290 217.363
18352.249 6.197
.850 612.741
262.629 45195.757
6.418 .900
809.078 325.487
143799.626 6.696
.910 865.259
341.865 190701.382
6.763 .920
930.722 360.252
259386.293 6.836
.930 1008.434
381.230 364146.791
6.916 .940
1102.920 405.662
532471.750 7.006
.950 1221.534
434.907 822313.952
7.108 .960
1377.289 471.291
1372178.303 7.228
.970 1596.243
519.282 2579717.570
7.375 .980
1942.112 589.242
5985698.877 7.572
PROBIT
a
.990 2645.581
715.910 2.266E7
7.881 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 16. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah coklat kehijauan 33 HSP
pengamatan 24 jam.
Probit Analysis Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
1.128 .195
5.785 .000
PROBIT
a
Intercept -6.582
1.124 -5.856
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .746
1.511 PROBIT
a
Intercept -7.706
-5.458 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 9.918
4 .042
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.620 20
20 16.253
2 6.215
20 10
13.329 3
5.521 20
5 7.248
4 4.605
20 2
1.658 5
3.912 20
1 .302
PROBIT
6 2.303
20 .001
Cell Counts and Residuals
Number Residual
Probability 1
3.747 .813
2 -3.329
.666 3
-2.248 .362
4 .342
.083 5
.698 .015
PROBIT
6 .000
.000
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 43.453
.096 112.940
3.772 .020
55.327 .255
131.782 4.013
.030 64.493
.472 145.703
4.167 .040
72.375 .748
157.403 4.282
.050 79.492
1.086 167.835
4.376 .060
86.098 1.490
177.457 4.455
.070 92.341
1.965 186.535
4.525 .080
98.314 2.514
195.237 4.588
.090 104.080
3.144 203.680
4.645 .100
109.687 3.859
211.950 4.698
.150 136.302
8.914 252.706
4.915 .200
161.988 17.019
296.103 5.088
.250 187.850
29.013 346.557
5.236 .300
214.576 45.651
409.569 5.369
.350 242.724
67.333 493.390
5.492 .400
272.840 93.806
611.042 5.609
.450 305.530
124.066 783.144
5.722 .500
341.524 156.698
1042.287 5.833
.550 381.757
190.513 1441.065
5.945 .600
427.497 224.989
2068.417 6.058
.650 480.540
260.335 3084.271
6.175 .700
543.576 297.390
4797.358 6.298
.750 620.911
337.617 7857.942
6.431 .800
720.042 383.412
13805.806 6.579
.850 855.737
439.111 26967.015
6.752 .900
1063.372 514.304
63411.080 6.969
.910 1120.657
533.511 78074.481
7.022 .920
1186.391 554.898
97923.162 7.079
.930 1263.128
579.074 125690.592
7.141 .940
1354.714 606.942
166211.078 7.211
.950 1467.300
639.913 228758.251
7.291 .960
1611.586 680.372
333208.242 7.385
.970 1808.554
732.858 529639.611
7.500 .980
2108.149 807.739
982148.798 7.654
PROBIT
a
.990 2684.255
939.044 2606551.466
7.895 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 17. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah coklat kehijauan 33 HSP
pengamatan 48 jam.
Probit Analysis Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
.872 .134
6.513 .000
PROBIT
a
Intercept -4.443
.708 -6.274
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .609
1.134 PROBIT
a
Intercept -5.151
-3.735 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 13.724
4 .008
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.620 20
20 18.154
2 6.215
20 14
16.696 3
5.521 20
16 12.880
4 4.605
20 4
6.677 5
3.912 20
2 3.014
PROBIT
6 2.303
20 1
.148
Cell Counts and Residuals
Number Residual
Probability 1
1.846 .908
2 -2.696
.835 3
3.120 .644
4 -2.677
.334 5
-1.014 .151
PROBIT
6 .852
.007
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 11.342
.000 44.972
2.428 .020
15.507 .001
54.651 2.741
.030 18.910
.003 62.017
2.940 .040
21.955 .007
68.329 3.089
.050 24.790
.012 74.038
3.210 .060
27.489 .020
79.365 3.314
.070 30.097
.030 84.435
3.404 .080
32.641 .043
89.333 3.486
.090 35.141
.061 94.114
3.559 .100
37.611 .083
98.821 3.627
.150 49.827
.299 122.231
3.909 .200
62.309 .814
147.236 4.132
.250 75.480
1.886 176.030
4.324 .300
89.666 3.922
211.361 4.496
.350 105.180
7.513 257.526
4.656 .400
122.377 13.433
321.943 4.807
.450 141.687
22.519 418.188
4.954 .500
163.663 35.407
572.091 5.098
.550 189.047
52.219 834.336
5.242 .600
218.876 72.531
1308.067 5.389
.650 254.662
95.743 2214.996
5.540 .700
298.725 121.614
4070.403 5.700
.750 354.866
150.619 8203.925
5.872 .800
429.883 184.261
18571.988 6.064
.850 537.564
225.830 49678.805
6.287 .900
712.162 283.106
176531.529 6.568
.910 762.222
297.968 240608.198
6.636 .920
820.601 314.633
337225.087 6.710
.930 889.966
333.621 489397.888
6.791 .940
974.389 355.709
742822.981 6.882
.950 1080.492
382.117 1197351.612
6.985 .960
1220.002 414.936
2101706.300 7.107
.970 1416.434
458.178 4206378.441
7.256 .980
1727.366 521.154
1.061E7 7.454
PROBIT
a
.990 2361.714
635.073 4.587E7
7.767 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 18. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah coklat penuh 42 HSP
pengamatan 24 jam.
Probit Analysis Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
1.057 .179
5.921 .000
PROBIT
a
Intercept -5.166
.881 -5.862
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .707
1.407 PROBIT
a
Intercept -6.047
-4.284 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 17.647
3 .001
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.215 20
20 18.391
2 5.521
20 15
14.969 3
4.605 20
5 7.651
4 3.912
20 2
3.024 PROBIT
5 2.303
20 1
.063
Cell Counts and Residuals
Number Residual
Probability 1
1.609 .920
2 .031
.748 3
-2.651 .383
4 -1.024
.151 PROBIT
5 .937
.003
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 14.682
. .
2.687 .020
19.002 .
. 2.945
.030 22.381
. .
3.108 .040
25.313 .
. 3.231
.050 27.979
. .
3.331 .060
30.468 .
. 3.417
.070 32.833
. .
3.491 .080
35.105 .
. 3.558
.090 37.308
. .
3.619 .100
39.457 .
. 3.675
.150 49.757
. .
3.907 .200
59.829 .
. 4.091
.250 70.080
. .
4.250 .300
80.774 .
. 4.392
.350 92.135
. .
4.523 .400
104.390 .
. 4.648
.450 117.796
. .
4.769 .500
132.669 .
. 4.888
.550 149.420
. .
5.007 .600
168.609 .
. 5.128
.650 191.036
. .
5.252 .700
217.906 .
. 5.384
.750 251.158
. .
5.526 .800
294.190 .
. 5.684
.850 353.741
. .
5.869 .900
446.082 .
. 6.101
.910 471.785
. .
6.157 .920
501.388 .
. 6.217
.930 536.088
. .
6.284 .940
577.688 .
. 6.359
.950 629.087
. .
6.444 .960
695.348 .
. 6.544
.970 786.446
. .
6.668 .980
926.282 .
. 6.831
PROBIT
a
.990 1198.853
. .
7.089 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 19. Analisis probit pengaruh tingkat kematangan buah kamandrah terhadap warna kulit buah kamandrah coklat penuh 42 HSP
pengamatan 48 jam.
Parameter Estimates
Parameter Estimate
Std. Error Z
Sig. Konst
.804 .136
5.923 .000
PROBIT
a
Intercept -3.415
.618 -5.530
.000 a. PROBIT model: PROBITp = Intercept + BX Covariates X are transformed using the base
2.718 logarithm.
Parameter Estimates
95 Confidence Interval Parameter
Lower Bound Upper Bound
Konst .538
1.070 PROBIT
a
Intercept -4.033
-2.798 a. PROBIT model: PROBITp = Intercept + BX Covariates X are
transformed using the base 2.718 logarithm.
Chi-Square Tests
Chi-Square df
a
Sig. PROBIT
Pearson Goodness-of-Fit Test 7.435
3 .059
b
a. Statistics based on individual cases differ from statistics based on aggregated cases. b. Since the significance level is less than .150, a heterogeneity factor is used in the calculation of
confidence limits.
Cell Counts and Residuals
Number Konst
Number of Subjects Observed Responses Expected Responses 1
6.215 20
20 18.857
2 5.521
20 18
16.932 3
4.605 20
10 12.249
4 3.912
20 5
7.861 PROBIT
5 2.303
20 3
1.177
Cell Counts and Residuals
Number Residual
Probability 1
1.143 .943
2 1.068
.847 3
-2.249 .612
4 -2.861
.393 PROBIT
5 1.823
.059
Confidence Limits
95 Confidence Limits for Konst 95
Confidence Limits
for logKonst
b
Probabilit y
Estimate Lower Bound
Upper Bound Estimate
.010 3.876
.000 18.690
1.355 .020
5.441 .000
22.939 1.694
.030 6.748
.000 26.197
1.909 .040
7.934 .000
29.004 2.071
.050 9.051
.000 31.553
2.203 .060
10.124 .000
33.940 2.315
.070 11.170
.000 36.219
2.413 .080
12.197 .000
38.427 2.501
.090 13.214
.000 40.587
2.581 .100
14.224 .001
42.718 2.655
.150 19.297
.005 53.386
2.960 .200
24.590 .021
64.895 3.202
.250 30.275
.076 78.301
3.410 .300
36.492 .233
95.018 3.597
.350 43.387
.637 117.422
3.770 .400
51.131 1.583
150.024 3.934
.450 59.936
3.591 202.209
4.093 .500
70.081 7.390
295.143 4.250
.550 81.943
13.646 480.056
4.406 .600
96.054 22.518
889.454 4.565
.650 113.198
33.574 1893.527
4.729 .700
134.586 46.309
4637.232 4.902
.750 162.223
60.647 13170.595
5.089 .800
199.727 77.176
44688.942 5.297
.850 254.517
97.461 194687.433
5.539 .900
345.291 125.315
1293786.348 5.844
.910 371.690
132.544 2053705.633
5.918 .920
402.661 140.655
3397904.339 5.998
.930 439.701
149.906 5920426.826
6.086 .940
485.112 160.681
1.103E7 6.184
.950 542.655
173.588 2.245E7
6.296 .960
619.040 189.664
5.189E7 6.428
.970 727.834
210.915 1.457E8
6.590 .980
902.613 242.001
5.770E8 6.805
PROBIT
a
.990 1267.131
298.634 5.082E9
7.145 a. A heterogeneity factor is used.
b. Logarithm base = 2.718.
Lampiran 20. Data RSM tentang pengaruh suhu pemanasan, lama pemanasan dan tekanan respon terhadap rendemen, LC
50
dan LC
90
minyak kamandrah
Lampiran 21. Uraian jumlah kuadrat dari urutan model untuk rendemen minyak kamandrah
Lampiran 22. Uji penyimpanan model dan ringkasan model secara statistik untuk rendemen minyak kamandarah
Lampiran 23. Analisis keragaman untuk rendemen minyak kamandrah
Lampiran 24. Uraian jumlah kuadrat dari urutan model untuk nilai LC
50
minyak kamandrah
Lampiran 25. Uji penyimpanan model dan ringkasan model secara statistik untuk nilai LC
50
minyak kamandrah
Lampiran 26. Analisis ragam untuk nilai LC
50
minyak kamandrah
Lampiran 27. Uraian jumlah kuadrat dari urutan model untuk nilai LC
90
minyak kamandrah
Lampiran 28. Uji penyimpanan model dan ringkasan model secara statistik untuk nilai LC
90
minyak kamandrah
Lampiran 29. Analisis ragam untuk nilai LC
90
minyak kamandrah
Lampiran 30. Hasil spektrum infra merah minyak kamandrah
Lampiran 31. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database pest.1 Metode I
Peak RT
min Scan
number Area
Abs Area
Baseline Heigth
Ab Absolute
Heigth Ab
Peak Width
50 min
Hit Name Quality
Mol Weight
3 10.043
815 4,338,503
0.14 206,580
311,644 0.031
BUTOCARBOXIM IUPAC NAME: 3-METHYLTHIOBUTANONE O-
METHYL- CARBAMOYLOXIME TRADE NAMES: DRAWIN 755
4 190.077
DEMEPHION IUPAC NAME : O,O-dimethyl O-2-methylthioethyl
phos-phorothioate I O,O-dimethyl S-2- methylthioethyl phosphorothioate II C.A.
No.=2587-90-8 TRADE NAMES: TINOX, CYMETOX,
PZRACIDE, ALLASETOX 4
216.004
6 11.548
991 5,339,518
0.17 365,754
558,795 0.023
DEMEPHION 4
216.004 15
12.924 1,152
4,073,331 0.13
203,974 600,396
0.029 DEMEPHION
9 216.004
ETHIDIMURON IUPAC NAME: 1-5-ETHYLSULPHONYL-1,3,4-
THIADIA- ZOL-2-YL-1,3-DIMETHYLUREA TRADE NAMES: USTILAN
7 264.035
26 14.54
1,341 59,869,650
1.89 1,405,172 2,044,521
0.056 BENFLURALIN
IUPAC NAME : N-butyl-N-ethyl-alpha,alpha,alpha- trifluoro-2,6-dinitro-p-toluidine
TRADE NAMES: BALAN, BONALAN 6
335.109 29
14.95 1,389
46,627,457 1.47
1,436,423 2,137,136 0.059
BENFLURALIN 10
335.109 32
15.549 1,459
23,675,414 0.75
583,761 1,373,972
0.059 2,4-D METHYL ESTER
IUPAC NAME: 2,4-dichlorophenoxyacetic acid methylester
7 233.985
2,3,6-TRICHLORPHENOL IUPAC NAME: 2,3,6-trichlorphenol
7 195.925
1 5
1
Lampiran 31. Lanjutan
Peak RT
min Scan
numb er
Area Abs Area
Baseline Heigth
Ab Absolute
Heigth Ab Peak
Width 50
min Hit Name
Quality Mol
Weight
34 15.942
1,505 8,455,303
0.27 413,745
1,262,400 0.03
METRIBUZIN IUPAC NAME : 4-amino-6-tert-butyl-3-
methylthio-1, 2,4-triazin-54H-one TRADE NAMES: SENCORAL, SENCOREX,
LEXONE, SENCOR 9
214.089 2,3,6-TRICHLORPHENOL
IUPAC NAME: 2,3,6-trichlorphenol 4
195.925 DNOC
IUPAC NAME : 4,6-dinitro-o-cresol TRADE NAMES: ANTINONNIN, SINOX
2 198.027
41 18.84
1,844 7,425,980
0.23 143,737
766,389 0.07
ETHOFUMESATE IUPAC NAME: þ-2-ethoxy-2,3-dihydro-3,3-
dimethyl-benzofuran-5-yl methanesulphonate TRADE NAMES: NORTRON, TRAMAT
10 286.087
42 20.002
1,980 14,275,309
0.45 225,722
797,839 0.085
PROPAMOCARB IUPAC NAME: PROPYL 3-
DIMETHYLAMINOPROPYL-CARBAMATE TRADE NAMES: PREVICUR N
HYDROCHLORIDE 40
188.152 44
25.362 2,607
20,502,212 0.65
321,912 825,989
0.084 ETHOFUMESATE
8 286.087
2305621219 100
1 5
2
Lampiran 32. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database pest.1 Metode II
Peak RT
min Scan
number Area
Abs Area
Baseline Heigth
Ab Absolute
Heigth Ab
Peak Width
50 min
Hit Name Mol
Weight 1
11.834 37
9361884 0.41
43944 48380
0.288 PROPAMOCARB IUPAC NAME: PROPYL 3-
DIMETHYLAMINOPROPYL-CARBAMATE TRADE NAMES: PREVICUR N
HYDROCHLORIDE 188.152
4 21.378
510 5838520
0.25 42119
51317 0.179
PROPAMOCARB 188.152
15200404 100.00
Lampiran 33. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database pest.1 Metode III
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab Absolute
Heigth Ab
Peak Width 50 min
Hit Name Mol
Weight 9
38.933 1,380
482,996 0.04 16,542 45,860 0.049
ETHIDIMURON IUPAC NAME: 1-5-ETHYL SULPHONYL-
1,3,4-THIADIA- ZOL-2-YL-1,3- DIMETHYLUREA TRADE NAMES:
USTILAN 264.035
1,161,619,086 100.00
1 5
3
Lampiran 34. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database NIST Metode I
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight 1
6.991 458
24247390 0.85
310562 385657
0.107 n-Decanoic acid
98 172.146
2 8.735
662 23759886
0.83 679405
769797 0.051
Dodecanoic acid 99
200.178 3
10.043 815
3451521 0.12
186584 311644
0.028 Methyl tetradecanoate
64 242.225
4 10.36
852 137694283
4.82 4969714
5132668 0.039
Tetradecanoic acid 99
228.209 5
11.548 991
5203341 0.18
371994 558795
0.023 Pentadecanoic acid, 14-methyl-,
methyl ester 95
270.256 6
11.83 1024
150123482 5.25
5426715 5722696
0.044 n-Hexadecanoic acid
98 256.24
Piperidine, 1-1-oxo-3-phenyl-2- propynyl-
10 213.115
7 12.728
1129 32315107
1.13 2041742
2478002 0.026
9,12-Octadecadienoic acid Z,Z-, methyl ester
99 294.256
8 12.762
1133 15167177
0.53 789788
1228051 0.032
9-Octadecenoic acid Z-, methyl ester
99 296.272
9 13.129
1176 1553117886
54.36 25312856 25785667
0.085 9,12-Octadecadienoic acid Z,Z-
95 280.24
10 13.223
1187 383372944
13.42 3541297
4027584 0.18
9,12-Octadecadienoic acid Z,Z- 99
280.24 11
13.591 1230
38928414 1.36
1135614 1671037
0.057 9,12-Octadecadienoic acid Z,Z-
99 280.24
12 13.651
1237 19551371
0.68 1090819
1635223 0.03
9,12-Octadecadienoic acid Z,Z- 99
280.24 13
14.036 1282
53472861 1.87
1028951 1625349
0.077 9,12-Octadecadienoic acid Z,Z-
98 280.24
14 14.292
1312 48896674
1.71 1002605
1633465 0.066
9,12-Octadecadienoic acid Z,Z- 99
280.24 15
14.54 1341
58207742 2.04
1379775 2044521
0.056 1,4-Naphthoquinone, 2-acetyl-3,8-
dihydroxy-5,6-dimethoxy- 53
292.058 16
14.771 1368
56087586 1.96
1112555 1808801
0.069 9,12-Octadecadienoic acid Z,Z-, 2-
hydroxy-1-hydroxymethylethyl ester
93 354.277
1 5
4
Lampiran 34. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight 17
14.95 1389
45457247 1.59
1416839 2137136
0.058 Cyclohexanone, 4-methyl-, 2,4-
dinitrophenylhydrazone 49
292.117 18
15.07 1403
64758146 2.27
1500643 2236758
0.062 Linoleic acid ethyl ester
95 308.272
19 15.549
1459 23113351
0.81 572654
1373972 0.058
10,13-Octadecadienoic acid, methyl ester
91 294.256
20 15.788
1487 35333076
1.24 784810
1618544 0.061
Phenanthro[1,2-b]furan-10,11-dione, 6,7,8,9-tetrahydro-1,6,6-trimethyl-
64 294.126
21 15.942
1505 8300328
0.29 408174
1262400 0.03
Thiazolo[5,4-d]pyrimidine, 5- amino-2-methylthio-
50 198.003
22 15.976
1509 21508794
0.75 664297
1523136 0.045
5,6-Dimethyl-4-phenyl-2-pyridone 45
199.1 23
16.258 1542
11578417 0.41
515327 1413211
0.035 Thioxan-3-one, oxime
55 131.04
24 16.378
1556 9676179
0.34 382195
1316677 0.041
1,3,12-Nonadecatriene 45
262.266 25
20.002 1980
13041597 0.46
219809 797839
0.08 3-[2-2-Dimethylaminoethyl-4,5-
methylenedioxyphenyl]methylene- 6,7-dimethoxy-3H-isobenzofuran-1-
one 64
397.153
Cyamemazine 64
323.146 26
25.362 2607
20501764 0.72
321910 825989
0.084 .gamma.-Sitosterol
96 414.386
2856866564 100
1 5
5
Lampiran 35. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database NIST Metode II
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight 1
11.834 37
9361884 0.41
43944 48380
0.288 2-Hexanone
90 100.089
2 12.277
59 3945711
0.17 22966
26833 0.235
Hydrazine, 2-propenyl- 43
72.069 3
21.055 494
6893514 0.30
23581 33487
0.36 Tetradecanoic acid
99 228.209
4 21.378
510 5838520
0.25 42119
51317 0.179
Tetradecanoic acid 99
228.209 5
21.66 524
4637248 0.20
36590 45157
0.172 Tetradecanoic acid
99 228.209
6 22.003
541 10768842
0.47 45026
52833 0.307
Tetradecanoic acid 99
228.209 7
24.263 653
3239271 0.14
36570 41634
0.12 Octanoic Acid
91 144.115
8 25.172
698 807771
0.04 13635
18052 0.088
Benzofuran, 2,3-dihydro- 59
120.058 9
27.795 828
654488 0.03
19399 26228
0.055 2,4-Decadienal
93 152.12
10 29.691
922 24985122
1.09 196022
207708 0.173
n-Decanoic acid 98
172.146 11
31.407 1007
922379 0.04
19801 34998
0.096 23H-Furanone, 5-hexyldihydro-
59 170.131
12 32.96
1084 547947
0.02 16349
30099 0.072
Pentadecane 92
212.25 13
34.373 1154
23237663 1.01
233035 254595
0.136 Dodecanoic acid
99 200.178
14 34.776
1174 593148
0.03 7962
33313 0.124
Tetradecanoic acid 60
228.209 16
36.028 1236
19358665 0.84
189291 234237
0.17 n-Hexadecanoic acid
99 256.24
17 36.29
1249 43571062
1.90 297955
348335 0.216
n-Hexadecanoic acid 99
256.24 18
36.814 1275
2322873 0.10
63588 114336
0.057 6,9-Heptadecadiene
86 236.25
19 36.996
1284 1349562
0.06 44034
93741 0.05
3-Heptadecene, Z- 98
238.266 20
38.812 1374
79204288 3.46
523428 580579
0.196 Tetradecanoic acid
99 228.209
21 39.639
1415 2568236
0.11 30501
92254 0.121
Tetradecanoic acid 95
228.209 22
39.801 1423
3948683 0.17
30694 93304
0.174 Tetradecanoic acid
93 228.209
23 40.265
1446 6782102
0.30 46271
111435 0.188
Tetradecanoic acid 95
228.209 25
41.092 1487
11444470 0.50
46962 116692
0.316 n-Hexadecanoic acid
98 256.24
1 5
6
Lampiran 35. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight 26
41.334 1499
5297414 0.23
53008 124118
0.129 n-Hexadecanoic acid
97 256.24
27 42.787
1571 681648677
29.75 2159550
2238671 0.394
9,12-Octadecadienoic acid Z,Z- 99
280.24 28
43.009 1582
557926093 24.35
2348332 2428690
0.305 9,12-Octadecadienoic acid Z,Z-
96 280.24
29 45.027
1682 7856632
0.34 77977
169426 0.132
9,17-Octadecadienal, Z- 96
264.245 30
45.189 1690
4673597 0.20
65490 157863
0.119 9,12-Octadecadienoic acid Z,Z-
92 280.24
31 46.823
1771 760790631
33.21 2121999
2223396 0.461
9,12-Octadecadienoic acid Z,Z- 96
280.24 32
55.782 2215
2755700 0.12
30828 58460
0.142 9,12-Octadecadienoic acid Z,Z-
, methyl ester 90
294.256 33
57.054 2278
3098301 0.14
21206 44605
0.199 Squalene
83 410.391
2291030494 100
1 5
7
Lampiran 36. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database NIST Metode III
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth Ab
Peak Width 50 min
Hit Name Quality
Mol Weight
1 24.203
650 2602016
0.22 25912
27383 0.133 Octanoic Acid
91 144.115
2 28.763
876 1124330
0.10 28639
30113 0.062 2,4-Decadienal, E,E-
94 152.12
3 31.064
990 23804280
2.05 145435
150206 0.21 n-Decanoic acid
98 172.146
4 33.203
1096 867691
0.07 21862
25973 0.062 23H-Furanone, 5-hexyldihydro-
86 170.131
5 34.938
1182 645854
0.06 20064
27685 0.068 Pentadecane
96 212.25
6 36.29
1249 15638123
1.35 160517
177387 0.135 Dodecanoic acid
99 200.178
2-Oxopiperidine-3-carboxylic acid, methyl ester
9 157.074
7 38.388
1353 2105264
0.18 71107
96162 0.048 cis-7-Dodecen-1-yl acetate
91 226.193
8 38.55
1361 2088043
0.18 63282
89521 0.05 3-Heptadecene, Z-
99 238.266
9 38.933
1380 482996
0.04 16542
45860 0.049 Oxirane, dodecyl-
52 212.214
10 39.962
1431 39412380
3.39 381238
431542 0.137 Tetradecanoic acid
99 228.209
11 40.144
1440 2532461
0.22 45520
100064 0.093 Tetradecanoic acid
97 228.209
12 40.245
1445 2005030
0.17 36957
94045 0.09 Tetradecanoic acid
97 228.209
13 40.326
1449 2612163
0.22 33111
92520 0.131 9,12-Octadecadienoic acid Z,Z-
93 280.24
14 40.507
1458 1853195
0.16 26245
90115 0.118 Tetradecanoic acid
94 228.209
15 40.648
1465 2894299
0.25 23501
90480 0.172 Tetradecanoic acid
94 228.209
16 42.142
1539 471615
0.04 12980
89281 0.056 Tetradecanoic acid
90 228.209
17 43.05
1584 56327861
4.85 418478
504090 0.173 n-Hexadecanoic acid
99 256.24
18 43.211
1592 47212369
4.06 148506
235871 0.53 n-Hexadecanoic acid
96 256.24
19 44.18
1640 5349245
0.46 44409
141816 0.157 n-Hexadecanoic acid
93 256.24
20 44.704
1666 13226204
1.14 66676
169388 0.245 n-Hexadecanoic acid
97 256.24
21 44.906
1676 11186084
0.96 110584
215499 0.132 n-Hexadecanoic acid
95 256.24
22 45.047
1683 7490904
0.64 109497
215858 0.114 n-Hexadecanoic acid
96 256.24
23 46.662
1763 919686679
79.17 2745837
2868881 0.431 9,12-Octadecadienoic acid Z,Z-
96 280.24
1161619086 100
1 5
8
Lampiran 37. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database Wilay Metode I
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50 min
Hit Name Quality
Mol Weight
1 6.991
458 24247390
2.17 310562
385657 0.107
DECANOIC ACID CAPRIC ACID DECANOATE SODIUM CAPRATE SODIUM DECANOATE 1-DECANOIC ACID 1-NONANECARBOXYLIC
ACID AI3-04453 AIDS-060330 BRN 1754556 C10 C10 FATTY ACID CAPRIC ACID, SODIUM SALT CAPRINIC ACID CAPRINIC ACID
SODIUM SALT 98
172
2 8.735
662 23759886
2.12 679405
769797 0.051
DODECANOIC ACID AMMONIUM LAURATE DODECANOATE LAURIC ACID LITHIUM LAURATE POTASSIUM DODECANOATE
POTASSIUM LAURATE SODIUM DODECANOATE SODIUM LAURATE 1-UNDECANECARBOXYLIC ACID ABL ADVASTAB BC 26 AI3-
00112 AI3-00287 AIDS-049202 A 99
200
3 10.043
815 3451521
0.31 186584
311644 0.028
TETRADECANOIC ACID, METHYL ESTER METHYL TETRADECANOATE MYRISTIC ACID METHYL ESTER AI3-01980
EINECS 204-680-1 EMERY 2214 FEMA NO. 2722 HSDB 5602 METHOLENEAT 2495 METHYL MYRISTATE METHYL N-
TETRADECANOATE METHYLMYRISTATE MYRISTIC ACID 94
242
4 10.36
852 137694283
12.31 4969714
5132668 0.039
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo-Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty
acids Crodacid Emery 655 Hydrofol acid 1495 Hystrene 9014 n- Tetradecan-1-oic acid Emer
99 228
5 11.548
991 5203341
0.47 371994
558795 0.023
HEXADECANOIC ACID, METHYL ESTER METHYL HEXADECANOATE PALMITIC ACID METHYL ESTER AI3-03509 AIDS-017645 EINECS
203-966-3 EMERY 2216 HEXADECANCARBONSAEUREMETHYLESTER HSDB 5570 METHOLENE 2216 METHYL N-HEXADECANOATE
METHYL PALMITATE MET 98
270
6 11.83
1024 150123482
13.42 5426715
5722696 0.044
HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID 1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489
C16 FATTY ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS EDENOR C16 EINECS 200-312-9 EMERSOL 140
EMERSOL 143 FA 99
256
7 12.728
1129 32315107
2.89 2041742
2478002 0.026
8,11-Octadecadienoic acid, methyl ester Methyl 8E,11E-8,11-octadecadienoate 99
294
1 5
9
Lampiran 37. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50 min
Hit Name Quality
Mol Weight
10 13.223
1187 383372944
34.28 3541297
4027584 0.18
9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-
OCTADECADIENOIC ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z- OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12-
LINOLEIC 99
280
14 14.292
1312 48896674
4.37 1002605
1633465 0.066
9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-
OCTADECADIENOIC ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z- OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12-
LINOLEIC 99
280
16 14.771
1368 56087586
5.01 1112555
1808801 0.069
9,12-OCTADECADIENOIC ACID LINOLSAEURE 95
280 17
14.95 1389
45457247 4.06
1416839 2137136
0.058 RAC-6,6-DIISOPROPYLIDENE-2,2-BITRICYCLO[3.3.0.03,7]OCTYLIDENE
80 292
0.00 NAPHTHO[1,2-D]-1,3-DIOXOLE-6,9-DIONE, 7-HYDROXY-4,5-DIMETHOXY-
8-METHYL- 2-HYDROXY-7,8-DIMETHOXY-3-METHYL-5,6- METHYLENEDIOXYNAPHTHO-1,4-QUINONE
80 292
18 15.07
1403 64758146
5.79 1500643
2236758 0.062
9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-
OCTADECADIENOIC ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z- OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12-
LINOLEIC 96
280
19 15.549
1459 23113351
2.07 572654
1373972 0.058
9,12-OCTADECADIENOIC ACID Z,Z-, METHYL ESTER METHYL 9Z,12Z-9,12-OCTADECADIENOATE 9,12-OCTADECADIENOIC ACID
9Z,12Z-, METHYL ESTER 9,12-OCTADECADIENOIC ACID, METHYL ESTER 9,12-OCTADECADIENOIC ACID, METHYL ESTER, Z,Z- AI3-
03520 CIS-LINO 95
294
20 15.788
1487 35333076
3.16 784810
1618544 0.061
GONA-1,3,5,7,9-PENTAEN-17-ONE, 13-ETHYL-3-METHOXY-, 14.BETA.- GONA-1,3,5,7,9-PENTAEN-17-ONE, 13-ETHYL-3-METHOXY-, 14BETA-
70 294
21 15.942
1505 8300328
0.74 408174
1262400 0.03
Benzenemethanol, 3,4,5-trimethoxy- Benzyl alcohol, 3,4,5-trimethoxy- 3,4,5- Trimethoxybenzyl alcohol 3,4,5-Trimethoxyphenylmethanol
50 198
0.00 THIAZOLO[5,4-D]PYRIMIDINE, 5-AMINO-2-METHYLTHIO- 2-
METHYLSULFANYL[1,3]THIAZOLO[5,4-D]PYRIMIDIN-5-AMINE 2- METHYLSULFANYL[1,3]THIAZOLO[5,4-D]PYRIMIDIN-5-AMINE
50 198
1 6
Lampiran 37. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50 min
Hit Name Quality
Mol Weight
22 15.976
1509 21508794
1.92 664297
1523136 0.045
2-N-P-METHYLPHENYL-N-P-HYDROXYPHENYLAMINOMETHYL-4,5- DIHYDROPYREZOLE
62 281
23 16.258
1542 11578417
1.04 515327
1413211 0.035
1H-1,2,3-TRIAZOLE-5-METHANOL, 1-AMINO-4-PHENYL- 5- HYDROXYMETHYL-4-PHENYL-1-AMINO-.NU.-TRIAZOLE
59 190
24 16.378
1556 9676179
0.87 382195
1316677 0.041
1H-CYCLOPENTA[A]PENTALEN-7-OL, DECAHYDRO-3,3,4,7A- TETRAMETHYL- CAPNELLANE-5.ALPHA.-OL
64 222
25 20.002
1980 13041597
1.17 219809
797839 0.08
Cyamemazine 10H-Phenothiazine-2-carbonitrile, 10-[3-dimethylamino-2- methylpropyl]- Phenothiazine-2-carbonitrile, 10-3-dimethylamino-2-
methylpropyl- Cianatil Cyamemazin Cyamepromazine 10-3- Dimethylamino-2-methylpropylphenothiazine-2-c
64 323
10-[3-DIMETHYLAMINO-2-METHYLPROPYL]-10H-PHENOTHIAZINE-2- CARBONITRILE 10-3-DIMETHYLAMINO-2-
METHYLPROPYLPHENOTHIAZINE-2-CARBONITRILE 10-[3- DIMETHYLAMINO-2-METHYLPROPYL]-10H-PHENOTHIAZINE-2-
CARBONITRILE 10H-PHENOTHIAZINE-2-CARBONITRILE, 10-3 64
323
PAPRARINE 64
397 26
25.362 2607
20501764 1.83
321910 825989
0.084 .gamma.-Sitosterol Stigmast-5-en-3-ol, 3.beta.,24S- Stigmast-5-en-3.beta.-ol,
24S- Clionasterol Fucosterol, .beta.-dihydro- 24.beta.-Ethyl-5-cholesten- 3.beta.-ol .beta.-Dihydrofucosterol 22,23-Dihydroporiferasterol 24S-
Ethylcholest-5-e 96
414 1118421113
100
1 6
1
Lampiran 38. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database Wilay Metode II
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight amu
1 11.834
37 9361884
0.41 43944
48380 0.288
2-HEXANONE HEXAN-2-ONE 2-HEXANONE METHYL N-BUTYL KETONE 2-OXOHEXANE BRN 1737676 BUTYL METHYL KETONE
EINECS 209-731-1 HEXANONE-2 HSDB 543 KETONE, BUTYL METHYL MBK METHYL BUTYL KETONE METHYL N-BUTYL KETONE
METHYL-N-BUTYL KETONE M 91
100
2 12.277
59 3945711
0.17 22966
26833 0.235
PROPANAL, 3-ETHOXY- 3-ETHOXYPROPANAL .BETA.- ETHOXYPROPIONALDEHYDE 3-ETHOXYPROPIONALDEHYDE BETA-
ETHOXYPROPIONALDEHYDE BRN 1742109 EINECS 220-546-5 NSC 46579 PROPANAL, 3-ETHOXY- 9CI PROPIONALDEHYDE, 3-ETHOXY-
59 102
3 21.055
494 6893514
0.30 23581
33487 0.36
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY
ACIDS 99
228
4 21.378
510 5838520
0.25 42119
51317 0.179
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY
ACIDS 99
228
5 21.66
524 4637248
0.20 36590
45157 0.172
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo-Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty acids
Crodacid Emery 655 Hydrofol acid 1495 Hystrene 9014 n-Tetradecan-1-oic acid Emer
99 228
6 22.003
541 10768842
0.47 45026
52833 0.307
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo-Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty acids
Crodacid Emery 655 Hydrofol acid 1495 Hystrene 9014 n-Tetradecan-1-oic acid Emer
99 228
7 24.263
653 3239271
0.14 36570
41634 0.12
Octanoic Acid n-Caprylic acid n-Octanoic acid n-Octoic acid n-Octylic acid Neo-Fat 8 Caprylic acid Enantic acid Octylic acid 1-Heptanecarboxylic acid
Heptane-1-carboxylic acid Octic acid Hexacid 898 C-8 Acid Kyselina kaprylova
91 144
8 25.172
698 807771
0.04 13635
18052 0.088
4-VINYLPHENOL P-VINYLPHENOL 64
120 BENZOFURAN, 2,3-DIHYDRO- 2,3-DIHYDROBENZOFURAN 2,3-
DIHYDRO-1-BENZOFURAN 1-BENZOFURAN 2,3-DIHYDRO-1- BENZOFURAN 2,3-DIHYDRO-1-BENZOFURAN COMPUTER-GENERATED
NAME COUMARAN DIHYDROBENZOFURAN DIHYDROCOUMARONE EINECS 207-817-3 KUMARAN
64 120
1 6
2
Lampiran 38. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50
min Hit Name
Quality Mol
Weight amu
4-VINYLPHENOL P-VINYLPHENOL 64
120 9
27.795 828
654488 0.03
19399 26228
0.055 2,4-Decadienal 2E,4E-2,4-Decadienal
93 152
10 29.691
922 24985122
1.08 196022
207708 0.173
n-Decanoic acid Decanoic acid n-Capric acid n-Decoic acid n-Decylic acid Capric acid Caprinic acid Caprynic acid Decoic acid Decylic acid 1-Nonanecarboxylic
acid Nonane-1-carboxylic acid neo-Fat 10 Hexacid 1095 Emery 659 Prif 98
172 11
31.407 1007
922379 0.04
19801 34998
0.096 23H-FURANONE, 5-HEPTYLDIHYDRO- 5-HEPTYLDIHYDRO-23H-
FURANONE .DELTA.-UNDECALACTONE .GAMMA.-HEPTYL-.GAMMA.- BUTYROLACTONE .GAMMA.-HEPTYLBUTYROLACTONE .GAMMA.-N-
HEPTYLBUTYROLACTONE .GAMMA.-UNDECALACTONE .GAMMA.- UNDECALATONE .GAMMA.-UNDEC
59 184
12 32.96
1084 547947
0.02 16349
30099 0.072
Pentadecane n-Pentadecane CH3CH213CH3 92
212 13
34.373 1154
23237663 1.01
233035 254595
0.136 Dodecanoic acid n-Dodecanoic acid Neo-fat 12 Aliphat no. 4 Abl Dodecylic acid
Lauric acid Laurostearic acid Neo-fat 12-43 Ninol aa62 extra Univol u-314 Vulvic acid 1-Undecanecarboxylic acid Duodecylic acid C-1297 Coconut oil
99 200
14 34.776
1174 593148
0.03 7962
33313 0.124
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
95 228
15 35.785
1224 11672731
0.51 102248
142569 0.153
HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID 1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY
ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS EDENOR C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA
99 256
16 36.028
1236 19358665
0.84 189291
234237 0.17
HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID 1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY
ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS EDENOR C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA
99 256
17 36.29
1249 43571062
1.89 297955
348335 0.216
HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID 1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY
ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS EDENOR C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA
99 256
1 6
3
Lampiran 38. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50
min Hit Name
Quality Mol
Weight amu
18 36.814
1275 2322873
0.10 63588
114336 0.057
6Z,9E-HEPTADECA-6,9-DIENE 6Z,9E-HEPTADECADIENE 98
236 0.00
6E,8E-HEPTADECADIENE 97
236 19
36.996 1284
1349562 0.06
44034 93741
0.05 3-Heptadecene, Z-
98 238
20 38.812
1374 79204288
3.44 523428
580579 0.196
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo- Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty acids
Crodacid Emery 655 Hydrofol acid 1495 Hystrene 9014 n-Tetradecan-1-oic acid Emer
99 228
21 39.639
1415 2568236
0.11 30501
92254 0.121
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
95 228
22 39.801
1423 3948683
0.17 30694
93304 0.174
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
95 228
23 40.265
1446 6782102
0.29 46271
111435 0.188
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo- Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty acids
Crodacid Emery 655 Hydrofol acid 1495 Hystrene 9014 n-Tetradecan-1-oic acid Emer
95 228
24 40.548
1460 2917994
0.13 40401
107140 0.102
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
95 228
25 41.092
1487 11444470
0.50 46962
116692 0.316
n-Hexadecanoic acid Hexadecanoic acid n-Hexadecoic acid Palmitic acid Pentadecanecarboxylic acid 1-Pentadecanecarboxylic acid Cetylic acid Emersol
140 Emersol 143 Hexadecylic acid Hydrofol Hystrene 8016 Hystrene 9016 Industrene 4
98 256
26 41.334
1499 5297414
0.23 53008
124118 0.129
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
97 228
1 6
4
Lampiran 38. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak
Width 50
min Hit Name
Quality Mol
Weight amu
27 42.787
1571 681648677
29.56 2159550
2238671 0.394
9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-OCTADECADIENOIC
ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z-OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12-LINOLEIC
99 280
28 43.009
1582 557926093
24.20 2348332
2428690 0.305
9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-OCTADECADIENOIC
ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z-OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12-LINOLEIC
99 280
29 45.027
1682 7856632
0.34 77977
169426 0.132
9,12-OCTADECADIENOIC ACID, METHYL ESTER, E,E- METHYL 9E,12E-9,12- OCTADECADIENOATE AI3-36451 EINECS 219-901-7 LINOLELAIDIC ACID,
METHYL ESTER METHYL 9E,12E-9,12-OCTADECADIENOATE METHYL 9E,12E-9,12-OCTADECADIENOATE COMPUTER-GENERATED
96 294
30 45.189
1690 4673597
0.20 65490
157863 0.119
9,12-OCTADECADIENOIC ACID LINOLSAEURE 95
280 0.00
9,12-Octadecadienoic acid Z,Z- cis-9,cis-12-Octadecadienoic acid cis,cis-Linoleic acid Grape seed oil Linoleic Linoleic acid Linolic acid Polylin No. 515 Telfairic
acid Unifac 6550 9,12-Octadecadienoic acid Leinoleic acid 9,12-Li 92
280 31
46.823 1771
760790631 33.00
2121999 2223396
0.461 9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC ACID
9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z-OCTADECADIENOIC ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z-OCTADECA-9, 12-DIENOIC
ACID 9, 12-OCTADECADIENOIC ACID 9,12-LINOLEIC 99
280
32 55.782
2215 2755700
0.12 30828
58460 0.142
9,12-Octadecadienoic acid Z,Z-, methyl ester Linoleic acid, methyl ester Methyl cis,cis-9,12-octadecadienoate Methyl linoleate Methyl octadecadienoate Methyl 9-
cis,12-cis-octadecadienoate Methyl 9Z,12Z-9,12-octadecadienoate 90
294 33
57.054 2278
3098301 0.13
21206 44605
0.199 Squalene 2,6,10,14,18,22-Tetracosahexaene, 2,6,10,15,19,23-hexamethyl- Skvalen
Spinacene Supraene 6E,10E,14E,18E-2,6,10,15,19,23-Hexamethyl-2,6,10,14,18,22- tetracosahexaene Sqalene
83 410
2305621219 100
1 6
5
Lampiran 39. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database Wilay Metode III
Peak RT
min Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight amu
1 24.203
2602016 0.22
25912 27383
0.133 Octanoic Acid n-Caprylic acid n-Octanoic acid n-Octoic acid n-Octylic acid Neo-
Fat 8 Caprylic acid Enantic acid Octylic acid 1-Heptanecarboxylic acid Heptane- 1-carboxylic acid Octic acid Hexacid 898 C-8 Acid Kyselina kaprylova
91 144
2 28.763
1124330 0.10
28639 30113
0.062 2,4-DECADIENAL, E,E- 2E,4E-2,4-DECADIENAL 2E,4E-2,4-DECADIENAL
2E,4E-2,4-DECADIENAL COMPUTER-GENERATED NAME 2E,4E- DECADIENAL E,E-2,4-DECADIEN-1-AL E,E-2,4-DECADIENAL E,E-2,4-
DECANEDIENAL E,E-DECA-2,4-DIENAL 2,4-DECA 94
152
3 31.064
23804280 2.05
145435 150206
0.21 n-Decanoic acid Decanoic acid n-Capric acid n-Decoic acid n-Decylic acid Capric
acid Caprinic acid Caprynic acid Decoic acid Decylic acid 1-Nonanecarboxylic acid Nonane-1-carboxylic acid neo-Fat 10 Hexacid 1095 Emery 659 Prif
98 172
4 33.203
867691 0.07
21862 25973
0.062 23H-Furanone, 5-hexyldihydro- .gamma.-Decalactone .gamma.-Decanolactone
.gamma.-Hexyl-.gamma.-butyrolactone .gamma.-Hexylbutyrolactone Decanoic acid, 4- hydroxy-, .gamma.-lactone Decanolactone 4-Decalactone 4-Decanolide 4-Hexyl-
.gamma.- 86
170 5
34.938 645854
0.06 20064
27685 0.068
Pentadecane n-Pentadecane CH3CH213CH3 96
212 6
36.29 15638123
1.35 160517
177387 0.135
Dodecanoic acid n-Dodecanoic acid Neo-fat 12 Aliphat no. 4 Abl Dodecylic acid Lauric acid Laurostearic acid Neo-fat 12-43 Ninol aa62 extra Univol u-314
Vulvic acid 1-Undecanecarboxylic acid Duodecylic acid C-1297 Coconut oil 99
200 7
38.388 2105264
0.18 71107
96162 0.048
6Z,9E-HEPTADECA-6,9-DIENE 6Z,9E-HEPTADECADIENE 98
236 8
38.55 2088043
0.18 63282
89521 0.05
3-Heptadecene, Z- 99
238 9
38.933 482996
0.04 16542
45860 0.049
Oxirane, dodecyl- 1,2-Epoxytetradecane 2-Dodecyloxirane 52
212 10
39.962 39412380
3.39 381238
431542 0.137
Tetradecanoic acid Myristic acid n-Tetradecanoic acid n-Tetradecoic acid Neo-Fat 14 Univol U 316S 1-Tridecanecarboxylic acid Coconut oil fatty acids Crodacid
Emery 655 Hydrofol acid 1495 Hystrene 9014 n-Tetradecan-1-oic acid Emer 99
228 11
40.144 2532461
0.22 45520
100064 0.093
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
96 228
1 6
6
Lampiran 39. Lanjutan
Peak RT
min Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight amu
12 40.245
2005030 0.17
36957 94045
0.09 TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID
TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2- NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN
0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS 98
228 13
40.326 2612163
0.22 33111
92520 0.131
TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2-
NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS
95 228
14 40.507
1853195 0.16
26245 90115
0.118 2-AMINOETHANETHIOL HYDROGEN SULFATE ESTER 2-
AMINOETHANETHIOLSULFURIC ACID 2-AMINOETHANETHIOSULFURIC ACID 2-AMINOETHANETHIOSULPHONIC ACID 2-
AMINOETHYLTHIOSULFURIC ACID 2-MERCAPTOETHYLAMINE THIOSULFATE BRN 1758955 CYSTEAMINE S-SULFATE CYST
95 157
15 40.648
2894299 0.25
23501 90480
0.172 2-AMINOETHANETHIOL HYDROGEN SULFATE ESTER 2-
AMINOETHANETHIOLSULFURIC ACID 2-AMINOETHANETHIOSULFURIC ACID 2-AMINOETHANETHIOSULPHONIC ACID 2-
AMINOETHYLTHIOSULFURIC ACID 2-MERCAPTOETHYLAMINE THIOSULFATE BRN 1758955 CYSTEAMINE S-SULFATE CYST
96 157
16 42.142
471615 0.04
12980 89281
0.056 TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID
TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2- NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505 BRN
0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS 96
228
17 43.05
56327861 4.85
418478 504090
0.173 HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID
1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS EDENOR
C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA 99
256
18 43.211
47212369 4.06
148506 235871
0.53 n-Hexadecanoic acid Hexadecanoic acid n-Hexadecoic acid Palmitic acid
Pentadecanecarboxylic acid 1-Pentadecanecarboxylic acid Cetylic acid Emersol 140 Emersol 143 Hexadecylic acid Hydrofol Hystrene 8016 Hystrene 9016 Industrene
4 96
256
1 6
7
Lampiran 39. Lanjutan
Peak RT
min Area Abs
Area Baseline
Heigth Ab
Absolute Heigth
Ab Peak Width
50 min Hit Name
Quality Mol
Weight amu
19 44.18
5349245 0.46
44409 141816
0.157 TETRADECANOIC ACID METHYL TRIDECANOATE MYRISTIC ACID
TETRADECANOATE 1-TRIDECANECARBOXYLIC ACID 2-1-METHYL-2- NITRO-ETHYL-1,4-DIOXA-SPIRO[4.5]DECANE AI3-15381 AIDS-002505
BRN 0508624 C14 FATTY ACID CCRIS 4724 COCONUT OIL FATTY ACIDS 93
228
20 44.704
13226204 1.14
66676 169388
0.245 HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID
1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS
EDENOR C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA 97
256
21 44.906
11186084 0.96
110584 215499
0.132 HEXADECANOIC ACID HEXADECANOATE PALMITATE PALMITIC ACID
1-PENTADECANECARBOXYLIC ACID AI3-01594 BRN 0607489 C16 FATTY ACID CCRIS 5443 CETYLIC ACID COCONUT OIL FATTY ACIDS
EDENOR C16 EINECS 200-312-9 EMERSOL 140 EMERSOL 143 FA 95
256
22 45.047
7490904 0.64
109497 215858
0.114 n-Hexadecanoic acid Hexadecanoic acid n-Hexadecoic acid Palmitic acid
Pentadecanecarboxylic acid 1-Pentadecanecarboxylic acid Cetylic acid Emersol 140 Emersol 143 Hexadecylic acid Hydrofol Hystrene 8016 Hystrene 9016
Industrene 4 96
256
23 46.662
919686679 79.17
2745837 2868881
0.431 9,12-OCTADECADIENOIC ACID Z,Z- 9E,12E-9,12-OCTADECADIENOIC
ACID 9E,12E-9,12-OCTADECADIENOIC ACID 9Z,12Z- OCTADECADIENOIC ACID Z,Z-9,12-OCTADECADIENOIC ACID Z,Z-
OCTADECA-9, 12-DIENOIC ACID 9, 12-OCTADECADIENOIC ACID 9,12- LINOLEIC
99 280
1161619086 100.00
1 6
8
Lampiran 40. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database drug Metode I
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab Absolute
Heigth Ab Peak Width
50 min Hit Name
Quality Mol
Weight 1
6.991 458
24247390 0.85
310562 385657
0.107 Capric acid
95 172.146
2 8.735
662 23759886
0.83 679405
769797 0.051
Lauric acid 97
200.178 3
10.043 815
3451521 0.12
186584 311644
0.028 Myristic acid ME
70 242.225
4 10.36
852 137694283
4.82 4969714
5132668 0.039
Myristic acid 93
228.209 5
11.548 991
5203341 0.18
371994 558795
0.023 Palmitic acid ME
96 270.256
6 11.83
1024 150123482
5.25 5426715
5722696 0.044
Palmitic acid ME 95
256.24 7
12.728 1129
32315107 1.13
2041742 2478002
0.026 Linoleic acid ME
60 294.256
8 12.762
1133 15167177
0.53 789788
1228051 0.032
Oleic acid ME 46
296.272 9
13.129 1176
1553117886 54.36
25312856 25785667
0.085 Cocaethylene-M TBDMS
9 327.22
10 13.223
1187 383372944
13.42 3541297
4027584 0.18
Linoleic acid 83
280.24 11
13.591 1230
38928414 1.36
1135614 1671037
0.057 Cocaine-M ecgonine 2TMS
12 329.18
12 13.651
1237 19551371
0.68 1090819
1635223 0.03
Cocaethylene-M TBDMS 22
327.22 13
14.036 1282
53472861 1.87
1028951 1625349
0.077 Linoleic acid
70 280.24
14 14.292
1312 48896674
1.71 1002605
1633465 0.066
Linoleic acid 52
280.24 15
14.54 1341
58207742 2.04
1379775 2044521
0.056 Tertatolol formyl artifact
27 307.161
17 14.95
1389 45457247
1.59 1416839
2137136 0.058
Moxaverine-M isomer-2 AC 32
335.15 18
15.07 1403
64758146 2.27
1500643 2236758
0.062 Linoleic acid
60 280.24
19 15.549
1459 23113351
0.81 572654
1373972 0.058
Phentolamine-Martifact N-alkyl 30
199.1 20
15.788 1487
35333076 1.24
784810 1618544
0.061 Clotrimazole artifact-2
44 294.081
21 15.942
1505 8300328
0.29 408174
1262400 0.03
3,4,5-Trimethoxybenzyl alcohol 38
198.089 22
15.976 1509
21508794 0.75
664297 1523136
0.045 Phentolamine-Martifact 2AC
42 283.121
23 16.258
1542 11578417
0.41 515327
1413211 0.035
Tioconazole 37
385.98 24
16.378 1556
9676179 0.34
382195 1316677
0.041 Tioconazole
7 385.98
25 20.002
1980 13041597
0.46 219809
797839 0.08
Lauroscholtzine-Martifact MEAC 68
397.19 26
25.362 2607
20501764 0.72
321910 825989
0.084 Ethofumesate
6 286.087
2856866564 100
1 6
9
Lampiran 41. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database drug Metode II
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab Absolute
Heigth Ab Peak Width
50 min Hit Name
Quality Mol
Weight 1
11.834 37
9361884 0.41
43944 48380
0.288 Cyclopentolate
28 291.183
2 12.277
59 3945711
0.17 22966
26833 0.235
Diethylamine 9
73.089 3
21.055 494
6893514 0.30
23581 33487
0.36 Myristic acid
98 228.209
4 21.378
510 5838520
0.25 42119
51317 0.179
Myristic acid 96
228.209 5
21.66 524
4637248 0.20
36590 45157
0.172 Myristic acid
98 228.209
6 22.003
541 10768842
0.47 45026
52833 0.307
Myristic acid 98
228.209 7
24.263 653
3239271 0.14
36570 41634
0.12 Capric acid
28 172.146
8 25.172
698 807771
0.04 13635
18052 0.088
Mefenorex 9
211.113 9
27.795 828
654488 0.03
19399 26228
0.055 10
29.691 922
24985122 1.08
196022 207708
0.173 Capric acid
97 172.146
11 31.407
1007 922379
0.04 19801
34998 0.096
Mefruside -SO2NH 4
303.07 12
32.96 1084
547947 0.02
16349 30099
0.072 Octacosane
52 394.45
13 34.373
1154 23237663
1.01 233035
254595 0.136
Lauric acid 97
200.178 14
34.776 1174
593148 0.03
7962 33313
0.124 Myristic acid
93 228.209
15 35.785
1224 11672731
0.51 102248
142569 0.153
Palmitic acid 95
256.24 16
36.028 1236
19358665 0.84
189291 234237
0.17 Palmitic acid
94 256.24
17 36.29
1249 43571062
1.89 297955
348335 0.216
Palmitic acid 94
256.24 18
36.814 1275
2322873 0.10
63588 114336
0.057 Linoleic acid
10 280.24
19 36.996
1284 1349562
0.06 44034
93741 0.05
Cyclohexadecane 74
224.25 20
38.812 1374
79204288 3.44
523428 580579
0.196 Myristic acid
95 228.209
21 39.639
1415 2568236
0.11 30501
92254 0.121
Myristic acid 93
228.209 22
39.801 1423
3948683 0.17
30694 93304
0.174 Myristic acid
93 228.209
23 40.265
1446 6782102
0.29 46271
111435 0.188
Myristic acid 93
228.209 24
40.548 1460
2917994 0.13
40401 107140
0.102 Myristic acid
96 228.209
1 7
Lampiran 41. Lanjutan
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab Absolute
Heigth Ab Peak Width
50 min Hit Name
Quality Mol
Weight 25
41.092 1487
11444470 0.50
46962 116692
0.316 Myristic acid
93 228.209
26 41.334
1499 5297414
0.23 53008
124118 0.129
Myristic acid 93
228.209 27
42.787 1571
681648677 29.56
2159550 2238671
0.394 Linoleic acid
53 280.24
28 43.009
1582 557926093
24.20 2348332
2428690 0.305
Linoleic acid 68
280.24 29
45.027 1682
7856632 0.34
77977 169426
0.132 Linoleic acid
99 280.24
30 45.189
1690 4673597
0.20 65490
157863 0.119
Linoleic acid 95
280.24 31
46.823 1771
760790631 33.00
2121999 2223396
0.461 Linoleic acid
68 280.24
32 55.782
2215 2755700
0.12 30828
58460 0.142
1,4-Benzenediamine 2ME 17
136.1 33
57.054 2278
3098301 0.13
21206 44605
0.199 Squalene
72 410.39
2305621219 100
1 7
1
Lampiran 42. Data hasil analisis total ion chomatogram GC-MS terhadap minyak biji kamandrah dari database drug Metode III
Peak RT
min Scan
number Area Abs
Area Baseline
Heigth Ab Absolute
Heigth Ab Peak Width
50 min Hit Name
Quality Mol
Weight 1
24.203 650
2602016 0.22
25912 27383
0.133 N-Hydroxy-
Amfetamine 1
151.1 2
28.763 876
1124330 0.10
28639 30113
0.062 3
31.064 990
23804280 2.05
145435 150206
0.21 Capric acid
98 172.146
4 33.203
1096 867691
0.07 21862
25973 0.062
Mefruside -SO2NH 2
303.07 5
34.938 1182
645854 0.06
20064 27685
0.068 Docosane
83 310.36
6 36.29
1249 15638123
1.35 160517
177387 0.135
Lauric acid 97
200.178 7
38.388 1353
2105264 0.18
71107 96162
0.048 MECC
9 138.116
8 38.55
1361 2088043
0.18 63282
89521 0.05
Stearyl alcohol 81
270.292 9
38.933 1380
482996 0.04
16542 45860
0.049 Decane
18 142.172
10 39.962
1431 39412380
3.39 381238
431542 0.137
Myristic acid 96
228.209 11
40.144 1440
2532461 0.22
45520 100064
0.093 Myristic acid
94 228.209
12 40.245
1445 2005030
0.17 36957
94045 0.09
Myristic acid 93
228.209 13
40.326 1449
2612163 0.22
33111 92520
0.131 Linoleic acid
95 280.24
14 40.507
1458 1853195
0.16 26245
90115 0.118
Linoleic acid 91
280.24 15
40.648 1465
2894299 0.25
23501 90480
0.172 Linoleic acid
95 280.24
16 42.142
1539 471615
0.04 12980
89281 0.056
Myristic acid 83
228.209 17
43.05 1584
56327861 4.85
418478 504090
0.173 Palmitic acid
93 256.24
18 43.211
1592 47212369
4.06 148506
235871 0.53
Linoleic acid 91
280.24 19
44.18 1640
5349245 0.46
44409 141816
0.157 Linoleic acid
86 280.24
20 44.704
1666 13226204
1.14 66676
169388 0.245
Linoleic acid 64
280.24 21
44.906 1676
11186084 0.96
110584 215499
0.132 Linoleic acid
97 280.24
22 45.047
1683 7490904
0.64 109497
215858 0.114
Myristic acid 64
228.209 23
46.662 1763
919686679 79.17
2745837 2868881
0.431 Linoleic acid
58 280.24
1161619086 100.00
1 7
2
Lampiran 43. Diagram Alir Neraca Masa Proses Ekstraksi Menggunakan Pengempaan dan Formulasi
Pemilihan buah kamandrah
Buah kamandrah
10 kg
Buah tak normal
0,8 kg 7,97
Pengeringan buah kadar air 12
Pengupasan kulit buah
Pengecilan ukuran 40 mesh
Ekstraksi metode pengempaan Suhu pemanasan : 85
C Tekanan : 10,54 MPa
Lama pemanasan : 15 menit Uap air
2,77 kg 30,1
Kulit buah 2,08 kg 32,41
Ampas
3,13 kg 72,03
Formulasi Larvasida Granula basah
Ekstrak minyak kamandrah 1,22 kg 27,97
9,2 kg
6,43 kg
4,35 kg
4,34 kg 0,01 kg hilang
Bahan pengisi Bahan pengikat
Bahan penghancur
Pengemasan 10g per saset
Lampiran 44. Diagram Alir Rancangan Proses dan Proses Produk Akhir
Buah Kamandrah
Buah abnormal
Penyortiran buah kamandrah
Pengeringan buah kamandrah
Pengupasan kulit buah kamandrah
Pengecilan ukuran hamper mill 40 mesh
Uap air
Kulit buah
Ekstraksi dengan pengempaan suhu
pemanasan 85
o
C, tekanan 10,54 MPa dan lama
pemanasan 15 menit Ampas
Minyak kamandrah
Bahan pengisi
Bahan pengikat
Bahan pengencer
Pencampuran Granulasi
Pengeringan Coating
Bahan polimer
Pengeringan Pengayakan
Pengemasa n
Sulfaktan
Lampiran 45. Perkiraan Biaya Investasi Industri Larvasida Nabati
No. Uraian
Jumlah Satuan HargaSatuan
Total X Rp.1000,-
X Rp.1000,- A.
Pengadaan Tanah dan Survey
1. Sewa Tanah 12,000
m2 8
96,000 2. Perizinan
2,880 2,880
Sub Total 98,880