Grafik Hubungan Q Dan H Standar Ambang Thomson.docx

  • Uploaded by: Anang Bagus
  • 0
  • 0
  • May 2020
  • PDF

This document was uploaded by user and they confirmed that they have the permission to share it. If you are author or own the copyright of this book, please report to us by using this DMCA report form. Report DMCA


Overview

Download & View Grafik Hubungan Q Dan H Standar Ambang Thomson.docx as PDF for free.

More details

  • Words: 1,069
  • Pages: 11
GRAFIK HUBUNGAN Q DAN H STANDAR AMBANG THOMSON Q1 =

0.0000437

m³/dt

H1 =

0.006 m

Q2 =

0.0000551

m³/dt

H2 =

0.012 m

Q3 =

0.0000914

m³/dt

H3 =

0.015 m

Q4 =

0.00015505

m³/dt

H4 =

0.017 m

GRAFIK HUBUNGAN Q DAN H STANDAR AMBANG PERSEGI Q1 =

0.0000437

m³/dt

H1 =

-0.002 m

Q2 =

0.0000551

m³/dt

H2 =

0.001 m

Q3 =

0.0000914

m³/dt

H3 =

0.002 m

Q4 =

0.0001551

m³/dt

H4 =

0.004 m

GRAFIK HUBUNGAN Q DAN H STANDAR AMBANG LEBAR Q1 =

0.0000437

m³/dt

H1 =

0.002 m

Q2 =

0.0000551

m³/dt

H2 =

0.003 m

Q3 =

0.0000914

m³/dt

H3 =

0.005 m

Q4 =

0.0001551

m³/dt

H4 =

0.006 m

-

Grafik Hubungan Q Dan H STANDAR 0.03

H(m)

0.02

Ambang Thomson Ambang Persegi

0.01

Ambang Lebar

0 0.0000372

0.0000825 Q Standar

0.0001066 (m3/dt)

0.0002149

GRAFIK HUBUNGAN C DAN H STANDAR AMBANG THOMSON Cd1 =

0.571

H1 =

0.006 m

Cd2 =

1.622

H2 =

0.012 m

Cd3 =

1.384

H3 =

0.015 m

Cd4 =

0.200

H4 =

0.017 m

GRAFIK HUBUNGAN C DAN H STANDAR AMBANG PERSEGI Cd1 =

-1.429

H1 =

-0.002 m

Cd2 =

6

H2 =

0.001 m

Cd3 =

3.214

H3 =

0.002 m

Cd4=

0.200

H4=

0.004 m

GRAFIK HUBUNGAN C DAN H STANDAR AMBANG LEBAR Cd1 =

2

H1 =

0.002 m

Cd2 =

1.621

H2 =

0.003 m

Cd3 =

1.111

H3 =

0.005 m

Cd4=

1.600

H4=

0.006 m

-

Grafik Hubungan C Dan HSTANDAR 0.03

H (m)

0.02 Ambang Thomson Ambang Persegi

0.01

Ambang Lebar

0 1.823

2.201

1.327

C

1.317000

GRAFIK HUBUNGAN H DAN Q STANDAR Q1 =

0.0000437

m³/dt

H1 =

0.006 m

Q2 =

0.0000551

m³/dt

H2 =

0.012 m

Q3 =

0.0000914

m³/dt

H3 =

0.015 m

Q4=

0.0001551

m³/dt

H4=

0.017 m

Ambang Thomson

H (m)

0.03 0.02 0.01

Ambang Thomson

0 0.0000372

0.0000825

0.0001066

0.0002149

Q Standar (m3/dt)

GRAFIK HUBUNGAN H DAN Q STANDAR TAJAM Q1 =

0.0000437

m³/dt

H1 =

0.006 m

Q2 =

0.0000551

m³/dt

H2 =

0.012 m

Q3 =

0.0000914

m³/dt

H3 =

0.015 m

Q4=

0.0001551

m³/dt

H4 =

0.017 m

Ambang Thomson

H (m)

0.03 0.02 0.01

Ambang Thomson

0 0.0000372

0.0000825

0.0001066

Q Standar

(m3/dt)

0.0002149

GRAFIK HUBUNGAN C DAN Q STANDAR Q1 =

0,0000372

m³/dt

Cd1 =

0,891

Q2 =

0,0000825

m³/dt

Cd2 =

1,506

Q3 =

0,0001066

m³/dt

Cd3 =

1,197

Q4=

0,0002149

m³/dt

Cd4=

1,134

C

Ambang Thomson 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Thomson

0.000037

0.000083 Q Standar

0.000107

0.002149

(m3/dt)

GRAFIK HUBUNGAN C DAN Q STANDAR TAJAM

Q1 =

0,000037

m³/dt

Cd1 =

0,891

Q2 =

0,000083

m³/dt

Cd2 =

1,506

Q3 =

0,000107

m³/dt

Cd3 =

1,197

Q4 =

0,000215

m³/dt

Cd4 =

1,134

C

Ambang Thomson 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Thomson

0.000037

0.000083

0.000107

Q Standar (m3/dt)

0.000215

GRAFIK HUBUNGAN C DAN H Cd1 =

0,891

H1 =

0,005 m

Cd2 =

1,506

H2 =

0,014 m

Cd3 =

1,197

H3 =

0,017 m

Cd4 =

1,134

H4 =

0,023 m

Ambang Thomson

C

0.03

Ambang Thomson 0 0.891

1.506

1.197

1.134

H(m)

GRAFIK HUBUNGAN H DAN Q STANDAR Q1 =

0,000037

m³/dt

H1 =

0,002 m

Q2 =

0,000083

m³/dt

H2 =

0,003 m

Q3 =

0,000107

m³/dt

H3 =

0,005 m

Q4 =

0,000215

m³/dt

H4 =

0,007 m

Ambang Persegi

H (m)

0.01

Ambang Persegi 0 0.000037

0.000083 Q Standar

0.000107 (m3/dt)

0.000215

GRAFIK HUBUNGAN H DAN Q STANDAR TAJAM Q1 =

0,000037

m³/dt

H1 =

0,002 m

Q2 =

0,000083

m³/dt

H2 =

0,003 m

Q3 =

0,000107

m³/dt

H3 =

0,005 m

Q4 =

0,000215

m³/dt

H4 =

0,007 m

Ambang Persegi

H (m)

0.01

Ambang Persegi 0

Q Standar (m3/dt)

GRAFIK HUBUNGAN C DAN Q STANDAR Q1 =

0,000037

m³/dt

Cd1 =

1,314

Q2 =

0,000083

m³/dt

Cd2 =

1,585

Q3 =

0,000107

m³/dt

Cd3 =

0,955

Q4 =

0,000215

m³/dt

Cd4 =

1,159

C

Ambang Persegi 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Persegi

0.000037

0.000083

0.000107

0.000215

Q Standar (m3/dt)

GRAFIK HUBUNGAN C DAN Q STANDAR TAJAM Q1 =

0,000037

m³/dt

Cd1 =

1,314

Q2 =

0,000083

m³/dt

Cd2 =

1,585

Q3 =

0,000107

m³/dt

Cd3 =

0,955

Q4 =

0,000215

m³/dt

Cd4 =

1,159

C

Ambang Persegi 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Persegi

0.000037

0.000083

0.000107

0.000215

Q Standar (m3/dt)

GRAFIK HUBUNGAN C DAN H Cd1 =

1,314

H1 =

0,002 m

Cd2 =

1,585

H2 =

0,003 m

Cd3 =

0,955

H3 =

0,005 m

Cd4 =

1,159

H4 =

0,007 m

C

Ambang Persegi 1.8 1.6 1.4 1.2 1 0.8 0.6 0.4 0.2 0

Ambang Persegi

0.002

0.003

0.005

0.007000

H(m)

GRAFIK HUBUNGAN H DAN Q STANDAR Q1 =

0,000037

m³/dt

H1 =

0,002 m

Q2 =

0,000083

m³/dt

H2 =

0,003 m

Q3 =

0,000107

m³/dt

H3 =

0,005 m

Q4 =

0,000215

m³/dt

H4 =

0,008 m

Ambang Lebar

H (m)

0.01

Ambang Lebar 0 0.000037

0.000083 Q Standar

0.000107

0.000215

(m3/dt)

GRAFIK HUBUNGAN H DAN Q STANDAR TAJAM Q1 =

0,000037

m³/dt

H1 =

0,002 m

Q2 =

0,000083

m³/dt

H2 =

0,003 m

Q3 =

0,000107

m³/dt

H3 =

0,005 m

Q4 =

0,000215

m³/dt

H4 =

0,008 m

Ambang Lebar

H (m)

0.01

Ambang Lebar 0 0.000037

0.000083

0.000107

0.000215

Q Standar (m3/dt)

GRAFIK HUBUNGAN C DAN Q STANDAR

Q1 =

0,000037

m³/dt

Cd1 =

1,829

Q2 =

0,000083

m³/dt

Cd2 =

2,201

Q3 =

0,000107

m³/dt

Cd3 =

1,327

Q4 =

0,000215

m³/dt

Cd4 =

1,317

C

Ambang Lebar 2.5 2.25 2 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Lebar

0.000037

0.000083

0.000107

Q Standar (m3/dt)

0.000215

GRAFIK HUBUNGAN C DAN Q STANDAR TAJAM Q1 =

0,000037

m³/dt

Cd1 =

1,823

Q2 =

0,000083

m³/dt

Cd2 =

2,201

Q3 =

0,000107

m³/dt

Cd3 =

1,327

Q4 =

0,000215

m³/dt

Cd4 =

1,317

C

Ambang Lebar 2.5 2.25 2 1.75 1.5 1.25 1 0.75 0.5 0.25 0

Ambang Lebar

0.000037

0.000083

Q Standar

0.000107

(m3/dt)

0.000215

GRAFIK HUBUNGAN C DAN H Cd1 =

1,823

H1 =

0,002 m

Cd2 =

2,201

H2 =

0,003 m

Cd3 =

1,327

H3 =

0,005 m

Cd4 =

1,317

H4 =

0,008 m

C

Ambang Lebar 2.4 2 1.6 1.2 0.8 0.4 0

Ambang Lebar

0.002

0.003

0.005 H(m)

0.008000

Related Documents

2 Fungsi Dan Grafik
June 2020 11
Grafik
May 2020 65
Grafik
October 2019 58
Grafik
May 2020 55

More Documents from ""