Submit Search
Upload
Gas constant
•
1 like
•
2,780 views
O
Omkar Desai
Follow
Value of R (Universal Gas constant) in various Units
Read less
Read more
Data & Analytics
Report
Share
Report
Share
1 of 1
Download now
Download to read offline
Recommended
4 Ch Ea Grp1
4 Ch Ea Grp1
4ChEAB08
Group 2 A
Group 2 A
4ChEAB08
Production of phthalic anhydride from xylene
Production of phthalic anhydride from xylene
Mujtaba Al-Nasser
Group 7 4ChE A
Group 7 4ChE A
4ChEAB08
Group 5-4ChEA
Group 5-4ChEA
4ChEAB08
4cheagrp3
4cheagrp3
4ChEAB08
group 2 problem set 7
group 2 problem set 7
4ChEAB08
Material 9
Material 9
Kareem Hossam
Recommended
4 Ch Ea Grp1
4 Ch Ea Grp1
4ChEAB08
Group 2 A
Group 2 A
4ChEAB08
Production of phthalic anhydride from xylene
Production of phthalic anhydride from xylene
Mujtaba Al-Nasser
Group 7 4ChE A
Group 7 4ChE A
4ChEAB08
Group 5-4ChEA
Group 5-4ChEA
4ChEAB08
4cheagrp3
4cheagrp3
4ChEAB08
group 2 problem set 7
group 2 problem set 7
4ChEAB08
Material 9
Material 9
Kareem Hossam
4ChEB G2 Unit Operations#2
4ChEB G2 Unit Operations#2
4ChEAB08
Boiler design-calculation 3
Boiler design-calculation 3
Ebra21
Rotary kiln
Rotary kiln
Aree Salah
THERMOGRAVIMETRIC ANALYSIS
THERMOGRAVIMETRIC ANALYSIS
PiuKumbhakar
project ppt
project ppt
Prithivi raj
Group 2 4ChE-B
Group 2 4ChE-B
4ChEAB08
Doctor Blade Metering
Doctor Blade Metering
FlexoGlobal
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
IAEME Publication
Ht analysis of conduction through wall OEP
Ht analysis of conduction through wall OEP
Shrey Patel
Production of ethyl acetate by esterification
Production of ethyl acetate by esterification
rita martin
Kiln Migration.pptx
Kiln Migration.pptx
FAisalNAdeem299673
pressure drop calculation in sieve plate distillation column
pressure drop calculation in sieve plate distillation column
Ali Shaan Ghumman
Group 7 4ChE A
Group 7 4ChE A
4ChEAB08
THERMOACOUSTIC REFRIGERATION
THERMOACOUSTIC REFRIGERATION
Nimalan_I
FAN MODULE.pdf
FAN MODULE.pdf
NITIN ASNANI
Cooling Tower & Dryer Fundamentals
Cooling Tower & Dryer Fundamentals
Yuri Melliza
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Grey Enterprise Holdings, Inc.
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Grey Enterprise Holdings, Inc.
Dsc presentation
Dsc presentation
Umair Manzoor
Pinch analysis a tool for efficient use of energy
Pinch analysis a tool for efficient use of energy
Arvind Kumar
More Related Content
What's hot
4ChEB G2 Unit Operations#2
4ChEB G2 Unit Operations#2
4ChEAB08
Boiler design-calculation 3
Boiler design-calculation 3
Ebra21
Rotary kiln
Rotary kiln
Aree Salah
THERMOGRAVIMETRIC ANALYSIS
THERMOGRAVIMETRIC ANALYSIS
PiuKumbhakar
project ppt
project ppt
Prithivi raj
Group 2 4ChE-B
Group 2 4ChE-B
4ChEAB08
Doctor Blade Metering
Doctor Blade Metering
FlexoGlobal
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
IAEME Publication
Ht analysis of conduction through wall OEP
Ht analysis of conduction through wall OEP
Shrey Patel
Production of ethyl acetate by esterification
Production of ethyl acetate by esterification
rita martin
Kiln Migration.pptx
Kiln Migration.pptx
FAisalNAdeem299673
pressure drop calculation in sieve plate distillation column
pressure drop calculation in sieve plate distillation column
Ali Shaan Ghumman
Group 7 4ChE A
Group 7 4ChE A
4ChEAB08
THERMOACOUSTIC REFRIGERATION
THERMOACOUSTIC REFRIGERATION
Nimalan_I
FAN MODULE.pdf
FAN MODULE.pdf
NITIN ASNANI
Cooling Tower & Dryer Fundamentals
Cooling Tower & Dryer Fundamentals
Yuri Melliza
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Grey Enterprise Holdings, Inc.
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Grey Enterprise Holdings, Inc.
Dsc presentation
Dsc presentation
Umair Manzoor
Pinch analysis a tool for efficient use of energy
Pinch analysis a tool for efficient use of energy
Arvind Kumar
What's hot
(20)
4ChEB G2 Unit Operations#2
4ChEB G2 Unit Operations#2
Boiler design-calculation 3
Boiler design-calculation 3
Rotary kiln
Rotary kiln
THERMOGRAVIMETRIC ANALYSIS
THERMOGRAVIMETRIC ANALYSIS
project ppt
project ppt
Group 2 4ChE-B
Group 2 4ChE-B
Doctor Blade Metering
Doctor Blade Metering
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
STUDY THE CORRELATION OF CLINKER QUALITY, RESIDE, PSD ON THE PERFORMANCE OF P...
Ht analysis of conduction through wall OEP
Ht analysis of conduction through wall OEP
Production of ethyl acetate by esterification
Production of ethyl acetate by esterification
Kiln Migration.pptx
Kiln Migration.pptx
pressure drop calculation in sieve plate distillation column
pressure drop calculation in sieve plate distillation column
Group 7 4ChE A
Group 7 4ChE A
THERMOACOUSTIC REFRIGERATION
THERMOACOUSTIC REFRIGERATION
FAN MODULE.pdf
FAN MODULE.pdf
Cooling Tower & Dryer Fundamentals
Cooling Tower & Dryer Fundamentals
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 20
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Perry’s Chemical Engineers’ Handbook 7ma Ed Chap 13
Dsc presentation
Dsc presentation
Pinch analysis a tool for efficient use of energy
Pinch analysis a tool for efficient use of energy
Gas constant
1.
Values of R
(Gas Constant) Value Units (V.P.T −1 .n−1 ) 8.314 4621(75) J K−1 mol−1 5.189 × 1019 eV K−1 mol−1 0.082 057 46(14) L atm K−1 mol−1 1.985 8775(34) cal K−1 mol−1 1.985 8775(34) × 10−3 kcal K−1 mol−1 8.314 4621(75) × 107 erg K−1 mol−1 8.314 4621(75) L kPa K−1 mol−1 8.314 4621(75) m3 Pa K−1 mol−1 8.314 4621(75) cm3 MPa K−1 mol−1 8.314 4621(75) × 10−5 m3 bar K−1 mol−1 8.205 746 × 10−5 m3 atm K−1 mol−1 82.057 46 cm3 atm K−1 mol−1 84.784 02 × 10−6 m3 kgf/cm2 K−1 mol−1 8.314 4621(75) × 10−2 L bar K−1 mol−1 62.363 67(11) L mmHg K−1 mol−1 62.363 67(11) L Torr K−1 mol−1 6.132 440(10) ft lbf K−1 g-mol−1 1,545.348 96(3) ft lbf °R−1 lb-mol−1 10.731 59(2) ft3 psi °R−1 lb-mol−1 0.730 2413(12) ft3 atm °R−1 lb-mol−1 1.314 43 ft3 atm K−1 lb-mol−1 998.9701(17) ft3 mmHg K−1 lb-mol−1 1.986 Btu lb-mol−1 °R−1
Download now