Home
Add Document
Sign In
Register
Perhitungan Dosing Bahan Kimia Saat Jar Test
Home
Perhitungan Dosing Bahan Kimia Saat Jar Test
...
Author:
Kunda Banget
10 downloads
281 Views
315KB Size
Report
DOWNLOAD .PDF
Recommend Documents
Perhitungan Dosing Bahan Kimia Saat Jar Test
Laporan Praktikum Kimia Air - Jar Test
Laporan Praktikum Kimia Air - Jar Test
Jar Test Labsheet
Jar Test Labsheet
Contoh report jar test
Jar test experiment with Do
Jurnal Jar Test
vc
Jurnal Jar Test
vc
Informe 3 Jar Test
Jar Test Lab Report
Full description
5. Jar Test Report
Descripción completa
Lap. Jar Test Parwoto
Jurnal Jar Test
vc
Water Jar Test
water jar testFull description
Jar Test-1full Report
Laboratory Water
Jar Test Experiment
Full description
Laporan Praktikum Bahan-bahan Kimia
BAHAN – BAHAN KIMIA di LABORATORIUM
jar test lab report doc
jar test
jar test lab report doc
jar test
Perhitungan Berat Bahan Makanan
Perhitungan Berat Bahan MakananDeskripsi lengkap
Perhitungan Kebutuhan Bahan Makanan
tugasFull description
Perhitungan Berat Bahan Makanan
Perhitungan Berat Bahan MakananFull description
Kimia Organik Bahan Alam
Deskripsi lengkap
Simbol bahan kimia berbahaya.doc
Deskripsi lengkap
Perhitungan dosing koagulan dalam uji validitas (jar test) Persamaan y = 0.317x +6.805 PAC
Rumus : konsentrasi =
volume 1%. x
Ppm =
800
ml
3. 1.
konsentrasi =
PAC
konsentrasi =
volume
PAC volume
1%. x
Ppm =
800
1%. x
Ppm =
800
ml
1%. x
9.49 ppm = 8.39 ppm =
ml
9.49 x 10-6 = 8.39 x 10-6 =
800
1%. x 800
1%. x 800
ml
67.12 x 10-4= 1x 10-2 . x
800
X =0.75 ml
PAC
PAC volume
volume
Ppm = Ppm =
1%. x 800
ml
9.75 ppm = 10.29 ppm =
1%. x 800
ml
9.75 x 10-6 = 10.29 x 10-6 =
1%. x 800
ml
82.32 x 10-4= 1x 10-2 . x
ml
75.92 x 10-4 = 1x 10-2 . x
4.konsentrasi = konsentrasi =
ml
1%. x
X = 0.67 ml 2.
ml
1%. x 800
ml
1%. x 800
ml
1%. x 800
ml
78 x 10-4 = 1x 10-2 . x X = 0.78 ml
X= 0.82 ml 5. konsentrasi =
PAC volume
Ppm =
10.926 ppm =
10.926 x 10-6 =
1%. x 800
ml
1%. x 800
8.8 ppm =
ml
1%. x 800
8.8 x 10-6 =
ml
87.408 x 10-4 = 1x 10-2 . x
70.4
X = 0.87 ml
6.
konsentrasi =
Ppm =
9.2 ppm =
9.2 x 10-6 =
PAC volume 1%. x 800
ml
1%. x 800
ml
1%. x 800
ml
73.6 x 10-4 = 1x 10-2 . x X= 0.73 ml
7.
konsentrasi =
PAC volume
1%. x
Ppm =
ml
800
1%. x 800
ml
1%. x 800
ml
x 10-4 = 1x 10-2 . x X = 0.7 ml
8.
konsentrasi =
Ppm =
8.6 ppm =
8.6 x 10-6 =
PAC volume 1%. x 800
ml
1%. x 800
ml
1%. x 800
ml
68.8 x 10-4= 1x 10-2 . x X = 0.68 ml
11. konsentrasi =
9.
Ppm =
11.02 ppm =
11.02 x 10-6 =
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
11.75 ppm =
1%. x 800
1%. x 800
ml
11.75 x 10-6 =
ml
1%. x 800
1%. x 800
ml
ml
94 x 10-4= 1x 10-2 . x
ml
88.16 x 10-4= 1x 10-2 . x
X = 0.94 ml
X = 0.88 ml 12. 10.
konsentrasi =
Ppm =
10 ppm =
10 x 10-6 =
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
8.45 ppm =
1%. x 800
1%. x 800
ml
1%. x 800
ml
80 x 10-4= 1x 10-2 . x X= 0.8 ml
8.45 x 10-6 =
ml
ml
1%. x 800
ml
67.2 x 10-4 = 1x 10-2 . x X = 0.67 ml
15. konsentrasi = 13.
konsentrasi =
Ppm =
9.11 ppm =
9.11x 10-6 =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
11.27 ppm =
1%. x 800
1%. x 800
ml
11.27 x 10-6 =
1%. x
ml
800
ml
ml
1%. x 800
ml
90.27x 10-4 = 1x 10-2 . x
72.88 x 10-4 = 1x 10-2 . x
X = 0.97 ml
X = 0.73 ml 16. 14.
konsentrasi =
Ppm =
9.658 ppm =
9.658x 10-6 =
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
8.45 ppm =
1%. x 800
1%. x 800
ml
1%. x 800
ml
77.264 x 10-4 = 1x 10-2 . x X= 0.77ml
8.45 x 10-6 =
ml
ml
1%. x 800
ml
67.6 x 10-4 = 1x 10-2 . x X = 0.68 ml
19. 17.
konsentrasi =
Ppm =
9.11 ppm =
9.11 x 10-6 =
konsentrasi =
PAC volume
PAC volume
1%. x
Ppm =
800
1%. x 800
ml
11.27 ppm =
ml
1%. x 800
1%. x 800
ml
1%. x
11.27 x 10-6 =
800
1%. x 800
ml
72.88 x 10-4= 1x 10-2 . x
ml
ml
90.16 x 10-4= 1x 10-2 . x X = 0.9 ml
X = 0.73 ml 20. konsentrasi = 18.
konsentrasi =
Ppm =
9.658 ppm =
9.658 x 10-6 =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
9.59 ppm =
ml
1%. x 800
1%. x 800
ml
1%. x 800
ml
77.264 x 10-4 = 1x 10-2 . x X= 0.77 ml
9.59 x 10-6 =
ml
1%. x 800
ml
76.72 x 10-4= 1x 10-2 . x X = 0.76 ml
23. 21.konsentrasi
Ppm =
=
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
10.35 ppm =
10.35 x 10-6 =
ml
9.02 ppm =
1%. x 800
1%. x 800
ml
9.02 x 10-6 =
ml
ml
1%. x 800
1%. x 800
ml
ml
72.16x 10-4 = 1x 10-2 . x
82.8 x 10-4= 1x 10-2 . x
X = 0.72 ml
X = 0.83 ml 24. 22.
konsentrasi =
Ppm =
11.28 ppm =
11.28 x 10-6 =
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x 800
ml
8.6 ppm =
1%. x 800
1%. x 800
ml
1%. x 800
ml
90.24 x 10-4= 1x 10-2 . x X=0.9 ml
8.6 x 10-6 =
ml
ml
1%. x 800
ml
68.8x 10-4= 1x 10-2 . x X = 0.69 ml
27. 25.konsentrasi
Ppm =
=
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x
ml
800
1%. x 800
15.49 ppm =
15.49 x 10-6 =
ml
8.77 ppm =
1%. x 800
1%. x 800
ml
8.77 x 10-6 =
1%. x 800
1%. x 800
ml
123.92 x 10-4= 1x 10-2 . x
ml
ml
70.16 x 10-4 = 1x 10-2 . x X = 0.7 ml
X =1.2 ml 28. konsentrasi 26.
konsentrasi =
PAC volume
PAC volume
Ppm =
1%. x 800
1%. x
Ppm =
800
11.94 ppm =
ml
9.4 ppm =
ml
1%. x 800
ml
95.52 x 10-4 = 1x 10-2 . x X= 0.95 ml
9.4 x 10-6 =
ml
1%. x 800
1%. x
800
11.94 x 10-6 =
=
ml
1%. x 800
ml
75.2 x 10-4 = 1x 10-2 . x X = 0.75 ml
31. konsentrasi = 29.konsentrasi
PAC volume
PAC
=
volume
1%. x
Ppm =
800
1%. x
Ppm =
800
ml
9.05 ppm =
1%. x
800
12.5 ppm =
1%. x
800
ml
9.05x 10-6 =
800
ml
100 x 10-4 = 1x 10-2 . x
ml
1%. x 800
1%. x
12.5 x 10-6 =
ml
ml
69.6 x 10-4= 1x 10-2 . x X = 0.696 ml
X = 1ml PAC
32.konsentrasi = 30.konsentrasi
=
volume
PAC volume
Ppm =
1%. x 800
1%. x
Ppm =
ml
800
10.7 ppm =
1%. x
800
13.3 ppm =
1%. x
800
13.3 x 10-6 =
ml
1%. x 800
ml
106.4 x 10-4= 1x 10-2 . x
10.7 x 10-6 =
ml
ml
1%. x 800
ml
85.6 x 10-4= 1x 10-2 . x X = 0.86 ml
X= 1.06 ml
Perhitungan dosing flokulan dalam uji validitas (jar test)
Rumus : konsentrasi =
Ppm =
y= 0.017x + 0.253
volume 0.1%. x 800 ml
flokulan
1.konsentrasi =
Ppm =
flokulan
3. konsentrasi =
volume 0.1%. x
Ppm =
800 ml 0.1%. x
0.338 ppm =
0.1%. x
konsentrasi =
-6
0.44 x 10
=
800 ml
0.3975 ppm =
0.3975 x 10-6 =
flokulan volume
0.1%. x
4.konsentrasi =
X= 0.35 ml
800 ml
volume
Ppm =
0.1%. x 800 ml
0.4111 ppm =
0.4111x 10-6 =
800 ml
3.52x 10-4= 0.1x 10-2 . x
0.1%. x
flokulan
800 ml 0.1%. x
800 ml
X = 0.32 ml
800 ml 0.1%. x
0.1%. x
3.18 x 10-4= 0.1x 10-2 . x
X = 0.27 ml
0.44 ppm =
0.1%. x
800 ml
2.704 x 10-4= 0.1x 10-2 . x
Ppm =
volume
800 ml
0.338 x 10-6 =
2.
flokulan
0.1%. x 800 ml 0.1%. x 800 ml
3.28 x 10-4= 0.1x 10-2 . x X = 0.33 ml 5.konsentrasi =
flokulan volume
0.1%. x
Ppm =
800 ml
0.1%. x
0.474 ppm =
0.1%. x 800 ml
3.792 x 10-4= 0.1x 10-2 . x X =0.37 ml
6. konsentrasi =
Ppm =
flokulan volume
0.1%. x 800 ml
0.3822 ppm =
0.3822x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
3.0576 x 10-4=0. 1x 10-2 . x X= 0.31 ml
7. konsentrasi =
0.1%. x 800 ml
0.3601 ppm =
800 ml
0.474 x 10-6 =
Ppm =
flokulan volume
0.3601 x 10-6 =
0.1%. x 800 ml 0.1%. x 800 ml
2.88 x 10-4= 0.1x 10-2 . x X = 0.28 ml
8.konsentrasi =
flokulan volume 0.1%. x
Ppm =
800 ml 0.1%. x
0.3533 ppm =
0.3533 x 10-6 =
800 ml
0.1%. x 800 ml
2.826 x 10-4= 0.1x 10-2 . x X = 0.28 ml
11. konsentrasi = 9.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4= 0.1x 10-2 . x
69.6 x 10-4= 0.1x 10-2 . x X = 0.696 ml
X = 0.65 ml 12.konsentrasi = 10.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
68 x 10-4= 0.1x 10-2 . x X= 0.68 ml
70 x 10-4=0. 1x 10-2 . x X = 0.7 ml
15. konsentrasi = 13.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4=0. 1x 10-2 . x
69.6 x 10-4= 0.1x 10-2 . x X = 0.696 ml
X = 0.65 ml 16.konsentrasi = 14.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
68 x 10-4=0. 1x 10-2 . x X= 0.68 ml
70 x 10-4= 0.1x 10-2 . x X = 0.7 ml
19. konsentrasi = 17.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4=0. 1x 10-2 . x
69.6 x 10-4= 0.1x 10-2 . x X = 0.696 ml
X = 0.65 ml 20.konsentrasi = 18.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
10 %. x 800
ml
8.75 ppm =
0.1%. x 800 ml
1%. x 800
ml
8.75 x 10-6 =
0.1%. x 800 ml
1%. x 800
ml
68 x 10-4= 0.1x 10-2 . x X= 0.68 ml
70 x 10-4=0. 1x 10-2 . x X = 0.7 ml
23. konsentrasi = 21.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4=0. 1x 10-2 . x
69.6 x 10-4=0. 1x 10-2 . x X = 0.696 ml
X = 0.65 ml 24.konsentrasi = 22.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
68 x 10-4= 0.1x 10-2 . x X= 0.68 ml
70 x 10-4= 0.1x 10-2 . x X = 0.7 ml
27. konsentrasi= 25.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4= 0.1x 10-2 . x
69.6 x 10-4=0. 1x 10-2 . x X = 0.696 ml
X = 0.65 ml 28. konsentrasi
26.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
=
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
68 x 10-4=0. 1x 10-2 . x X= 0.68 ml
70 x 10-4= 0.1x 10-2 . x X = 0.7 ml
31. konsentrasi = 29.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
0.1%. x
8.7 ppm =
800 ml
0.1%. x 800 ml
8.7 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
64.8 x 10-4=0. 1x 10-2 . x
69.6 x 10-4= 0.1x 10-2 . x X = 0.696 ml
X = 0.65 ml 32.konsentrasi = 30.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
flokulan volume
flokulan volume
Ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 ppm =
0.1%. x 800 ml
0.1%. x 800 ml
8.75 x 10-6 =
0.1%. x 800 ml
0.1%. x 800 ml
68 x 10-4= 0.1x 10-2 . x X= 0.68 ml
70 x 10-4= 0.1x 10-2 . x X = 0.7 ml
×
Report "Perhitungan Dosing Bahan Kimia Saat Jar Test"
Your name
Email
Reason
-Select Reason-
Pornographic
Defamatory
Illegal/Unlawful
Spam
Other Terms Of Service Violation
File a copyright complaint
Description
×
Sign In
Email
Password
Remember me
Forgot password?
Sign In
Our partners will collect data and use cookies for ad personalization and measurement.
Learn how we and our ad partner Google, collect and use data
.
Agree & close
