LAMPIRAN PENGUJIAN

DI LABORATORIUM

L-01-1

LAMPIRAN 1 UJI INDEX PROPERTIES

BERAT JENIS TANAH

No. Uji 1 2

Picnometer Kecil Kecil

Berat pic kosong (gr) (A) 40 39,2

berat pic + aquades (gr) (B) 139,8 139

Temperatur, T1 ( ◦ ) 30 30

Berat pic + tanah kering (gr) (C) 60 59,8

Berat tanah kering (gr) 20 20,6

Berat pic + aquades + sample tanah (gr)

(D) 150,1 150,8

Temperatur, T2 ( ◦ ) 31 31

Berat aquades (gr) 99,8 99,8

Gs (spesifiec gravity) 2,04 2,33

Gs (spesifiec gravity) rata-rata 2,19

L-01-2

Contoh Perhitungan Picnometer 1

• Berat tanah kering (a) = 20 gr

• Berat pic + aquades (b) = 139,8 gr

• Berat pic + tanah kering (c) = 60 gr

• Berat pic kosong (d) = 40 gr

• Berat pic + aquades – berat pic (e) = 99,8 gr

• Berat pic + aquades + sample tanah (f) = 150,1 gr

• T1 ( 30º ), faktor koreksi (g) = 0,9957

• T2 ( 31º ), faktor koreksi (h) = 0,9954

- Spesific Grafity (Gs)

𝐺𝑠 =𝑐 − 𝑑

(𝑒 ∙ 𝑔) − {(𝑓 − 𝑐)} ∙ ℎ

𝐺𝑠 =60 − 40

(99,8 ∙ 0,9957) − {(150,1 − 60) ∙ 0,9954}

𝐺𝑠 = 2,19

L-01-3

No Gambar Keterangan

1

Proses memasukan air aquades kedalam

picnometer

(Sumber: Dokumentasi Pribadi, 2017)

2

Ukur suhu air aquades dengan termometer

(Sumber: Dokumentasi Pribadi, 2017)

3

Proses memasukan tanah sampel kedalam

picnometer

(Sumber: Dokumentasi Pribadi, 2017)

L-01-4

4

Proses mencampur aquades dengan tanah

(Sumber: Dokumentasi Pribadi, 2017)

5

Ukur suhu air aquades + tanah dengan

termometer

(Sumber: Dokumentasi Pribadi, 2017)

L-01-5

KADAR AIR ALAMI

Contoh Perhitungan Kadar Air Alami

No. Uji =1

No. Container =1

Berat Container , W1 = 6,8 gr

Berat Tanah Basah+ Cont, W2 = 57,5 gr

Berat Tanah Kering + Cont, W3 = 31,4 gr

Berat Tanah Basah, W = W2 - W1

= 57,5 – 6,8

= 50,7 gr

Berat Tanah Kering, Ws = W3 - W1

= 31,6 – 6,9

= 24,8 gr

Berat air, Ww = W - Ws

= 50,7 – 24,8

= 25,9 gr

Kadar air, w1 = Ww

Ws ×100%

= 25,9

24,8 ×100%

= 104,44 %

L-01-6

Kadar air rata-rata wrata-rata = w1+ w2

2

= 104,44 + 114,81

2

= 109,63 %

L-02-1

LAMPIRAN 2 UJI ATTERBERG LIMIT

BATAS SUSUT

Contoh Perhitungan Batas Susut

No. Uji = 1

No. Ring = 1

Berat ring, W1 = 17,40 gr

Berat tanah basah+ ring, W2 = 48,20gr

Berat tanah kering+ ring, W3 = 32,20 gr

Volume ring V = 14,24 cm3

Berat tanah basah, W4 = W2 - W1

L-02-2

= 48,20 – 17,40

= 30,80 gr

Berat tanah kering, W5 = W3 - W1

= 32,20 – 17,40

= 14,80 gr

Berat air, W6 = W4 - W5

= 30,80 – 14,80

= 16,00 gr

Kadar air, w = 𝑤6

𝑊5 × 100%

= 16

14,80 × 100%

= 118,34 %

Volume tanah basah, V0 = 14,91 cm3

Berat piring, W7 = 67,7 gr

Berat piring + air raksa, W8 = 261,40 gr

Berat air raksa, W9 = 193,70 gr

Volume tanah kering, Vf = 𝑤9

𝐵𝐽𝑟𝑎𝑘𝑠𝑎

= 193,70

13,56

= 14,28 cm3

Batas susut, ws = w - ( 𝑉𝑜−𝑉𝑓)×𝛶𝑤

𝑤5 × 100%

= 1,1068 − ( 14,91−14,28)×1

14,80 × 100%

= 103,86 %

Berat susut, Ws = (𝑉𝑓×𝛶𝑤

𝑊5−

1

𝐺𝑠) x 100%

= (14,28×1

14,80−

1

2,09) x 100%

= 48,67 %

L-02-3

Shringkage ratio, SR = W5

Vf

= 14,80

14,28

= 1,04

L-02-4

No Gambar Keterangan

1.

Ring + Tanah yang sudah di oven

(Sumber: Dokumen Pribadi, 2017)

2.

Pengukuran Volume kering sample

(Sumber: Dokumen Pribadi, 2017)

L-02-5

BATAS CAIR

Contoh Perhitungan Batas Cair

No uji = 1

No.Container = 1

Berat Container , W1 = 4,80 gr

Berat Tanah Basah+ Container, W2 = 10,20gr

Berat Tanah Kering + Container, W3 = 8.30 gr

Berat Tanah Basah, W4 = W2 - W1

= 10,20 – 4,80

= 5,40 gr

Berat Tanah Kering, W5 = W3 - W1

= 8,30 – 4,80

= 3,50 gr

Berat air, W6 = W4-W5

= 5,40 – 3,50

= 1,90 gr

Kadar air, w = W6

W5 ×100%

= 1,90

3,50 ×100%

= 54,29 %

L-02-6

Banyak ketukan, N = 25

Batas Cair WL = 75% (lihat grafik)

Batas air standar pada ketukan ke-25, sehingga diperoleh kadar air sebesar

75,00%

L-02-7

No Gambar Keterangan

1

Alat dan bahan uji batas cair

(Sumber: Dokumentasi Pribadi, 2017)

2

Sampel tanah dimasukkan ke alat

(Sumber: Dokumentasi Pribadi, 2017)

3

Sampel tanah hasil uji batas cair

(Sumber: Dokumentasi Pribadi, 2017)

L-02-8

BATAS PLASTIS

Contoh Perhitungan Batas Plastis

No uji = 1

No.Container = 1

Berat Container , W1 = 11,60 gr

Berat Tanah Basah+ Container, W2 = 16,80 gr

Berat Tanah Kering + Container, W3 = 15,20 gr

Berat Tanah Basah, W4 = W2 - W1

= 16,8 – 11,60

= 5,20 gr

Berat Tanah Kering, W5 = W3 - W1

= 15,20 – 11,60

= 3,60 gr

Berat air, W6 = W4 - W5

= 5,20 – 3,60

= 1,60 gr

Kadar air, w = W6

W5 ×100%

L-02-9

= 1,60

3,60 ×100%

= 44,44%

Batas Plastis Wp = 𝑊𝑝1+𝑊𝑝2+𝑊𝑝3

3

= 44,44+53,85+60

3

= 52,76 %

L-02-10

No Gambar Keterangan

1

Proses penggulungan sampel tanah

mencapai 3 mm

(Sumber: Dokumentasi Pribadi, 2017)

2

Sampel tanah yang telah digulung 3 mm

(Sumber: Dokumentasi Pribadi, 2017)

L-02-11

Plasticity Index (IP) Dan Liquidity Index (IL)

Dari perhitungan di atas diperoleh hasil :

o Batas Susut / Shrinkage Limit (Ws) = 97,69%

o Batas Plastis / Plastic Limit (Wp) = 52,76%

o Batas Cair / Liquid Limit (WL) = 75,00%

• Plasticity Index (IP) :

𝐼𝑃 = 𝑊𝐿 − 𝑊𝑃

𝐼𝑃 = 75% − 52,76%

𝐼𝑃 = 22,24%

• Liquidity Index (IL)

𝐼𝐿 =𝑊 − 𝑊𝑝

𝑊𝐿 − 𝑊𝑃

𝐼𝐿 =97,69% − 52,76%

75,00% − 52,76%

𝐼𝐿 =44,93%

22,24%

𝐼𝐿 = 2,020 IL = 0 (Tanah keras), IL = 1 (Tanah lembek)

L-03-1

LAMPIRAN 3 ANALISIS BUTIRAN TANAH

DATA HASIL UJI SARINGAN

No.

Saringan

Diameter Berat Berat Tanah Berat %

Tertahan % Lolos Saringan Saringan dan Saringan Tertahan

(mm) (gram) (gram) (gram)

4 4.750 419.8 419.8 0.0 0.00 100.00

10 2.000 407.8 407.8 0.0 0.00 100.00

20 0.850 398.0 398.0 0.0 0.00 100.00

40 0.425 381.2 381.2 0.0 0.00 99.92

80 0.180 400.0 462.4 62.4 12.48 87.44

100 0.150 382.0 413.2 31.2 6.24 81.20

200 0.075 351.0 402.2 51.2 10.24 70.96

Pan ~ 394.8 749.6 354.8 70.96 0.00

Jumlah 500.0 100.00

DATA HASIL UJI HIDROMETER

L-03-2

Contoh Perhitungan Analisis Butiran Tanah

Presentase Gravel

= Presentase lolos saringan 4 – batas presentase gravel

= 100% - 100%

= 0%

Presentase Sand

= Batas presentase gravel – batas presentase sand

= 100% - 70,96%

= 29,04%

Presentase silt

= batas presentase sand – presentase silt

= 70,96% - 8%

= 62,96%

L-03-3

Presentase clay

= batas clay-silt

= 8%

L-03-4

No Gambar Keterangan

1

Proses penyaringan tanah

(Sumber: Dokumentasi Pribadi, 2016)

2

Proses mixer tanah untuk persiapan uji

hidrometer

(Sumber: Dokumentasi Pribadi, 2017)

3

Proses uji hidrometer

(Sumber: Dokumentasi Pribadi, 2017)

L-04-1

LAMPIRAN 4 UJI PEMADATAN TANAH

TABEL HASIL UJI PEMADATAN TANAH ASLI DENGAN MODIFIED PROCTOR

L-04-2

CONTOH PERHITUNGAN UJI PEMADATAN MODIFIED PROCTOR

Percobaan ke = 1

Berat tanah asli = 6000 gr

Berat mold = 5540 gr

Berat mold + tanah basah = 8510 gr

Berat tanah basah = (berat mold + tanah basah) – berat mold

= 8510 - 5540

= 2970 gr

Diameter mold = 15,2 cm

Tinggi mold = 11,5 cm

Volume mold = ¼ x π x d2 x t

= 2085,71 cm3

No. container = atas

Berat container = 7 gr

Berat container+tanah basah = 18,2 gr

Berat container+tanah kering = 16,5 gr

Berat tanah basah = (berat container + tanah basah) – berat container

= 18,2 – 7

= 11,2 gr

Berat tanah kering = (berat container + tanah kering) – berat container

= 16,5 – 7

= 9,5 gr

Kadar Air (w) = berat tanah basah− berat tanah kering

berat tanah kering 𝑥 100 %

= 121,2−9,5

9,5× 100%

L-04-3

= 17,89 %

No. container = tengah

Berat container = 6,8 gr

Berat container +tanah basah = 23,4 gr

Berat container+tanah kering = 20,6 gr

Berat tanah basah = (berat container + tanah basah) – berat container

= 23,4 – 6,8

= 16,6 gr

Berat tanah kering = (berat container + tanah kering) – berat container

= 20,6 – 6,8

= 13,8 gr

Kadar air = berat tanah basah− berat tanah kering

berat tanah kering 𝑥 100 %

= 16,6−13,8

13,8× 100%

= 20,29 %

No. container = bawah

Berat container = 7 gr

Berat containe +tanah basah = 19 gr

Berat container+tanah kering = 17 gr

Berat tanah basah = (berat container + tanah basah) – berat container

= 19 – 7 = 12 gr

Berat tanah kering = (berat container + tanah kering) – berat container

= 17 – 7 = 10 gr

Kadar Air = berat tanah basah−berat tanah kering

berat tanah kering 𝑥 100 %

= 12−10

10× 100%

= 20 %

L-04-4

Kadar air rata – rata = Kadar air atas+Kadar air tengah+Kadar air bawah

3

= 17,89+20,29+20

3

= 19,39 %

Berat isi tanah basah = berat tanah basah

volume mold

=2970

2085,71

= 1,42 gr/cm3

Berat isi tanah kering = berat isi tanah basah

1+(kadar air rata−rata

100)

=1,42

1+(19,39

100)

= 1,19 gr/cm3

L-04-5

No Gambar Keterangan

1

Tanah

(Sumber: Dokumentasi Pribadi, 2017)

2

Mencampur sampel dengan air

(Sumber: Dokumentasi Pribadi, 2017)

3

Memadatkan tanah dengan

penumbuk

(Sumber: Dokumentasi Pribadi, 2017)

L-04-6

4

Hasil sampel yang telah

dipadatkan

(Sumber: Dokumentasi Pribadi, 2017)

L-05-1

LAMPIRAN 5 UJI PENGEMBANGAN (SWELL)

L-05-2

L-05-3

CONTOH PERHITUNGAN UJI SWELL

% Swell = (Tinggi benda uji − tinggi awal benda uji)

tinggi awal benda uji 𝑥 100 %

= 13,93−11,87

11,87× 100%

= 17,35 %

NO Gambar Keterangan

1

Proses perendaman benda uji selama 96 jam

(Sumber: Dokumentasi Pribadi, 2017)

2

Proses meniriskan benda uji

(Sumber: Dokumentasi Pribadi, 2017)

L-06-1

LAMPIRAN 6 UJI CALIFORNIA BEARING RATIO (CBR)

TABEL UJI CBR TANAH ASLI

TABEL UJI CBR TANAH + 4% SEMEN (4 HARI PEMERAMAN)

L-06-2

TABEL UJI CBR TANAH + 8% SEMEN (4 HARI PEMERAMAN)

TABEL UJI CBR TANAH + 4% SEMEN + 2% MATOS (4 HARI PEMERAMAN)

L-06-3

TABEL UJI CBR TANAH + 8% SEMEN + 2% MATOS (4 HARI PEMERAMAN)

TABEL UJI CBR TANAH + 4% SEMEN (14 HARI PEMERAMAN)

L-06-4

TABEL UJI CBR TANAH + 8% SEMEN (14 HARI PEMERAMAN)

TABEL UJI CBR TANAH + 4% SEMEN + 2% MATOS (14 HARI PEMERAMAN)

L-06-5

TABEL UJI CBR TANAH + 8% SEMEN + 2% MATOS (14 HARI PEMERAMAN)

L-06-6

CONTOH PERHITUNGAN CBR TANAH ASLI

Kalibrasi = 44,8089 lbf/div

Beban = Kalibrasi x bacaan dial

= 44,8089 x 1

= 44,809 lb

CBR 0,1’’ = koreksi beban 0,1

standar beban 0,1 𝑥 100 %

= 148

3000 𝑥 100 %

= 4,933 %

CBR 0,2’’ = koreksi beban 0,2

standar beban 0,2 𝑥 100 %

= 210

4500 𝑥 100 %

= 4,667 %

L-06-7

No Gambar Keterangan

1

Sampel hasil uji pengembangan

(swell)

(Sumber: Dokumentasi Pribadi, 2017)

2

Uji penetrasi CBR

(Sumber: Dokumentasi Pribadi, 2017)

3

Sampel setelah uji penetrasi CBR

(Sumber: Dokumentasi Pribadi, 2017)

L-06-8

CONTOH PERHITUNGAN BIAYA PERKERASAN JALAN RAYA

➢ Tanah Asli

Panjang jalan /1m

Harga sirtu /m2 = Rp 135.000

Tebal sirtu = 0,8m

Lebar jalan = 3,5m

Volume sirtu = 1𝑥3,5𝑥0,8

= 2,67m3

Total biaya = 2,67𝑥135000

= Rp 378.000

➢ Tanah + 8% Semen + 2% Matos

Panjang jalan /1m

Harga sirtu /m3 = Rp 135.000

Biaya matos /m3 tanah = Rp 773.529,58

Biaya semen /m3 tanah = Rp 210.000,00

Tebal sirtu = 0,1m

Lebar jalan = 3,5m

Kebutuhan semen dan matos /1m3 tanah = 773529,58 + 210.000,00

= Rp 983.529,58

Biaya sirtu = 1𝑥3,5𝑥0,1

= Rp 450.000

L-06-9

Volume sirtu = 1𝑥3,5𝑥0,8

= 2,67m3

Biaya sirtu = 2,67𝑥135000

= Rp 450.000

Total biaya = 983529,58 + 450000

= Rp 1.028.529,58

91.94% Originality 8.06% Similarity 117 Sources

Doc vs Internet

Web sources: 117 sources found1. https://id.123dok.com/document/ky6prm4q-pengaruh-variasi-waktu-pemeraman-terhadap-nilai-uji-te… 2.74%2. https://www.scribd.com/doc/30078554/Stabilisasi-Tanah-Dasar 1.6%3. http://puslit2.petra.ac.id/ejournal/index.php/tsp/article/viewFile/17341/17288 1.06%4. http://docplayer.info/49798300-Infrastruktur-jurnal-vol-2-no-01-april-2017-issn-x.html 0.48%5. http://yuwentin.blogspot.com/2016/12/pengaruh-konsentrasi-co2-dalam-proses.html 0.39%6. http://www.iltekuim.org/jurnal/fileku/16.%20Ilham%20UIM.pdf 0.35%7. http://fyyfaacivil.blogspot.com/p/materi-mekanika-tanah-1.html 0.34%8. https://www.slideshare.net/aezmarnaoved/perbedaan-motivasi-belajar-antara-mahasiswa-yang-beke… 0.32%9. http://makalahmhs.blogspot.com/2012/10/makalah-terbaru.html 0.32%10. http://lib.unnes.ac.id/11484/1/12276.pdf 0.24%11. http://lindasukmahayati.blogspot.com/2017/03/penelitian-sosial-pengaruh-media-sosial.html 0.22%12. https://www.slideshare.net/ekasanjani/jurnal-konstruksi-jalan-51749852 0.22%13. http://repository.unhas.ac.id/bitstream/handle/123456789/15350/Jurnal.pdf?sequence=1 0.21%14. http://fundra-dian.blogspot.com/2011/01/contoh-skripsi-hukum.html 0.2%15. http://alhasyi.blogspot.com/2011/10/skripsi-bimbingan-konseling-islam-dalam.html 0.19%16. http://skripsi2012.blogspot.com/2010/07 0.19%17. http://digilib.uin-suka.ac.id/17114/1/BAB%20I%2C%20V%2C%20DAFTAR%20PUSTAKA.pdf 0.19%18. https://rahmadsigit.wordpress.com/2013/01 0.19%19. http://rekayasasipil.ub.ac.id/index.php/rs/article/viewFile/127/127 0.19%20. http://sipil.studentjournal.ub.ac.id/index.php/jmts/article/download/98/86 0.19%21. http://repository.unika.ac.id/view/year/2016.html 0.18%22. http://docplayer.info/34188859-Stabilisasi-tanah-dasar-dengan-penambahan-semen-dan-renolith.h… 0.18%23. http://pietaaa.blogspot.com/2012/06/proposal-penelitian-studi-kasus.html 0.15%24. http://docplayer.info/34676323-Bab-i-pendahuluan-tanah-merupakan-dasar-dari-suatu-struktur-atau… 0.14%25. http://daliskaliansintus1.blogspot.com 0.14%26. http://docplayer.info/34696635-Studi-laboratorium-untuk-menentukan-batas-plastis-dengan-penguj… 0.14%27. http://docplayer.info/31217010-Bab-3-metodologi-penelitian.html 0.14%28. https://metodepenelitiana.wordpress.com/hakekat-penelitian 0.13%29. http://lyanasikumbang.blogspot.com/2013/03/pengertian-tujuan-dan-fungsi-penelitian.html 0.13%30. https://www.slideshare.net/JAKADOANK/aplikasi-softwareplaxisuntukanalisispenyebabkelongsora… 0.13%31. http://mekanikatanahitm10306011.blogspot.com/2014/05/mekanika-tanah.html 0.13%32. http://aauzy13.blogspot.com/2011/03/karakteristik-tanah.html 0.13%33. http://visaaustralia.asia/21446/kadar-air-optimum-dari-pasir-halus 0.13%34. http://journal.eng.unila.ac.id/index.php/jrsdd/article/view/371/412 0.13%35. https://core.ac.uk/download/pdf/33697839.pdf 0.12%36. http://sipil.studentjournal.ub.ac.id/index.php/jmts/article/view/484/438 0.12%37. http://konteks.id/p/05-017.pdf 0.12%38. http://konteks.id/p/04-166.pdf 0.12%39. https://id.123dok.com/document/wye30eq7-kajian-kuat-tekan-bebas-pada-tanah-lempung-yang-dis… 0.12%40. https://mmulyana.files.wordpress.com/2014/03/jurnal-final-keputusan-pembelian.pdf 0.12%41. https://id.123dok.com/document/eqojj85z-analisis-harga-saham-dan-rata-rata-abnormal-return-seb… 0.12%42. https://bagusekoharyono.wordpress.com 0.12%43. http://pateron.blogspot.com/2016/04/contoh-laporan-penelitian-pengaruh.html 0.12%44. http://docplayer.info/198134-Pengaruh-struktur-audit-komitmen-organisasi-konflik-peran-dan-efekti… 0.12%

13.12.0058 Frans Vrata...Uploaded: 11/27/2017Checked: 11/27/2017

SimilaritySimilarity from a chosen sourcePossible character replacementabc

CitationReferences

45. http://rhyoeozonit29tugaskuliah.blogspot.com/2013/12/contoh-proposal-penelitian-aplikasi.html 0.12%46. http://koleksi-skripsi.blogspot.com/2011/04/pengembangan-sistem-informasi-angkutan.html 0.12%47. http://luwesagustina.blogspot.com/2011 0.11%48. https://id.123dok.com/document/dy46o0kz-investigasi-sifat-fisis-kuat-geser-dan-nilai-cbr-tanah-mi… 0.11%49. https://text-id.123dok.com/document/lq5e117q-analisis-laporan-laba-rugi-pada-pt-perkebunan-nus… 0.11%50. http://luwesagustina.blogspot.com/2011/01/penelitian.html 0.11%51. http://helnibstra.blogspot.com/2012/06/proposal-penelitian-analisis-komunikasi.html 0.11%52. http://digilib.mercubuana.ac.id/manager/n!@file_skripsi/Isi3325141896731.pdf 0.11%53. https://skripsimahasiswa.blogspot.com/2008/10/metode-ilmiah.html 0.11%54. http://arripple.blogspot.com 0.11%55. http://ike09.blogspot.com/2013/09/contoh-proposal-penelitian-mps.html 0.11%56. http://putridatabase.blogspot.com/2012/09/perbandingan-hasil-belajar-dan.html 0.11%57. http://zanius.blogspot.com/2012/03/perkerasan-jalan.html 0.11%58. http://rinakusniawati.blogspot.com/2010/02/hakikat-ilmu-dan-penelitian_22.html 0.11%59. http://sinergimuda.blogspot.com/2013/01/pengertian-metode-penelitian-dan-jenis.html 0.11%60. http://muhzulkhairi.blogspot.com/2014/03/ilmu-pengetahuan-dan-metode-ilmiah.html 0.11%61. http://docplayer.info/40874959-Rumah-sakit-gigi-dan-mulut-unissula-di-semarang.html 0.09%62. https://id.123dok.com/document/wq2pm72y-perancangan-aplikasi-pengenalan-alat-musik-tradisio… 0.09%63. http://etheses.uin-malang.ac.id/1630/5/08410002_Bab_1.pdf 0.09%64. https://sinta.unud.ac.id/uploads/wisuda/0815351047-2-BAB%20I.pdf 0.09%65. https://karlinawayan.wordpress.com 0.09%66. http://biologiunja.blogspot.com/2011/12/skripsi-pengetahuan-dan-persepsi-siswa.html 0.09%67. http://eprints.undip.ac.id/35792/1/NASEHAH.pdf 0.09%68. http://repository.widyatama.ac.id/xmlui/search?scope=&order=DESC&rpp=100&sort_by=0&page… 0.09%69. http://kumpulan-makalah-kharim.blogspot.com/2012/08 0.09%70. https://text-id.123dok.com/document/dzx4ogwy-risiko-harga-bunga-krisan-cipanas-dan-krisan-pt-d… 0.09%71. https://ayub99.files.wordpress.com/2011/07/skripsi_kuuuu.doc 0.09%72. http://contohaku1.blogspot.com/2014/08/skripsi-syariahpendapat-imam-abu_30.html 0.09%73. http://harrytahir2.blogspot.com/2013/04/karya-tulis-ilmiah-media-sosial-dan.html 0.09%74. http://eprints.dinus.ac.id/12956/1/jurnal_13200.pdf 0.09%75. http://skripsi-skripsiun.blogspot.com/2014/08/skripsi-kimiaisolasi-dan-identifikasi_12.html 0.09%76. http://adieynugroho.blogspot.com/2012 0.09%77. http://eprints.upnjatim.ac.id/6163/1/file1.pdf 0.09%78. http://www.theinfolist.com/php/SummaryGet.php?FindGo=Thomas_More 0.09%79. https://atpw.files.wordpress.com/2013/03/i-geotek.pdf 0.09%80. http://rekayasasipil.ub.ac.id/index.php/rs/article/viewFile/166/168 0.09%81. http://sipil.studentjournal.ub.ac.id/index.php/jmts/article/viewFile/85/74 0.09%82. http://sipil.studentjournal.ub.ac.id/index.php/jmts/article/view/199/168 0.09%83. http://sni.litbang.pu.go.id/index.php?r=/sni/new/sni/search 0.09%84. http://elib.unikom.ac.id/files/disk1/380/jbptunikompp-gdl-irailraswa-18984-6-bab6-pl-t.pdf 0.09%85. http://ejournal.unsrat.ac.id/index.php/jss/article/download/2470/2006 0.09%86. http://contohaku1.blogspot.com/2014/11/skripsi-ekonomi-pengaruh-rasio.html 0.09%87. http://ceceppermanasuhendar.blogspot.com/2015/02/pengaruh-kualitas-produk-dan-harga.html 0.09%88. https://id.123dok.com/document/9yn0glkq-membangun-website-e-commerce-pada-queen-konveks… 0.09%89. http://toni-sumarto.blogspot.com/2015/10/penerapan-business-to-customer-pada.html 0.09%90. http://repository.widyatama.ac.id/xmlui/bitstream/handle/123456789/4686/Bab%201.pdf?sequenc… 0.09%91. https://jurnalskripsitesis.wordpress.com/2007/10/page/3 0.09%92. http://borneokutaikartanegara.blogspot.com/2014/05/contoh-proposal-skripsi-pertanian.html 0.09%93. https://rudist.wordpress.com/2014/05/09/tugas-1-metodologi-penelitian-teknik-informatika 0.09%94. http://senyumindonesia86.blogspot.com/2013/02/karya-ilmiah-tentang-pacaran-pada-remaja.html 0.09%95. https://panjieko.wordpress.com/2016/04/25/pengaruh-pola-tidur-yang-tidak-baik-terhadap-konsent… 0.09%96. http://13123flp.blogspot.com 0.09%97. http://makalah18.blogspot.com/2011/02/download-makalah-skripsi-tesis-dll_20.html 0.09%98. http://serlania.blogspot.com/2012/01/proposal-skripsi-perlindungan-hukum.html 0.09%99. https://mmulyana.files.wordpress.com/2012/12/jurnal-4-hastoni-dan-david-hm-hasibun.pdf 0.09%100. https://arifsuwandi.wordpress.com/2013/07/16/peran-rating-program-tv-dalam-menarik-minat-iklan… 0.09%101. http://ejournal.unsrat.ac.id/index.php/politico/article/view/7386 0.09%102. https://www.slideshare.net/yoansantoso/jurnal-pengaruh-kualitas-pelayanan-terhadap-kepuasan-… 0.09%

13.12.0058 Frans Vrata...Uploaded: 11/27/2017Checked: 11/27/2017

SimilaritySimilarity from a chosen sourcePossible character replacementabc

CitationReferences

103. https://masterfiledandocument.blogspot.com/2016/08/pengaruh-kedisiplinan-terhadap-kinerja.html 0.09%104. http://indeksprestasi.blogspot.com/search/label/skripsi%20psikologi 0.09%105. http://summerviscountess.blogspot.com/2013/10/globalisasi-dan-dampaknya-pada.html 0.09%106. https://www.slideshare.net/Uofa_Unsada/analisis-perencanaan-penjadwalan-maintenance-pada-m… 0.09%107. http://docplayer.info/302076-Analisis-pengawasan-dan-evaluasi-tata-kelola-teknologi-informasi-pt… 0.09%108. https://paskalinaani.wordpress.com/2014/01/18/analisis-likuiditas-dan-rentabilitas-untuk-menilai-… 0.09%109. http://labuhanbatueducare.blogspot.com/2015/02/contoh-proposal-penelitian.html 0.09%110. http://infotubanlamongan.blogspot.com/2014/03/analisa-desain-sistem-penjualan-dan.html 0.09%111. http://www.gunadarma.ac.id/library/articles/graduate/economy/2009/Artikel_20205159.pdf 0.09%112. https://jimiharianto.wordpress.com/2015/09/03 0.09%113. http://chandhandika.blogspot.com/2012/02/tugas-penelitian-tentang-game-online.html 0.09%114. https://id.123dok.com/document/oz1w1rdy-pengaruh-penerapan-e-spt-dan-pengetahuan-perpajak… 0.09%115. http://rezawahyudielka08.blogspot.com/2012/01/proposal-ptk-penerapan-model.html 0.09%116. https://nepis.epa.gov/Exe/ZyPURL.cgi?Dockey=9100RFCO.TXT 0.02%117. https://nepis.epa.gov/Exe/ZyPURL.cgi?Dockey=910084T8.txt 0.02%

Excluded as citation or reference Web sources: 11 sources found1. http://0pwt0.blogspot.com/2014/03/pengujian-sifat-fisik-tanah.html 0.83%2. https://iwanfaizal99.blogspot.com/2014/09/v-behaviorurldefaultvmlo.html 0.48%3. http://petrusarjunaadministrasi.blogspot.com/2014/06/contoh-proposal-penelitian-kualitatif.html 0.46%4. http://rextor-mine.blogspot.com/2012/11/laporan-praktik-uji-batas-batas.html 0.28%5. https://www.scribd.com/document/363838747/ipi331926 0.27%6. http://andicaiyyah.blogspot.com/2015/09/jobvi-batascair-a.html 0.26%7. http://lontar.ui.ac.id/file?file=digital/125419-R210856-Pengujian%20kuat-Metodologi.pdf 0.19%8. http://unmasmataram.ac.id/wp/wp-content/uploads/3.-Igusti-Agung-Ayu-istri-Lestari.pdf 0.15%9. https://sipilunj.files.wordpress.com/2009/03/atteberg1.pdf 0.12%10. http://docplayer.info/30390121-Laporan-uji-tanah-batas-batas-atterberg.html 0.12%11. https://kr4s.wordpress.com/2012/07/22/hello-world 0.11%

13.12.0058 Frans Vrata...Uploaded: 11/27/2017Checked: 11/27/2017

SimilaritySimilarity from a chosen sourcePossible character replacementabc

CitationReferences