M2 s2 to kj

• [PDF File]Conversion Factor Table - University of Idaho

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  kJ 1 1 kPa·m3 kJ 1000 N·m kJ 0.94782 Btu kJ 737.56 ft·lbf kJ / kg 1000 m2 / s2 kJ / kg 0.42992 Btu / lbm kJ / kg·K 0.23885 Btu / lbm·°R kJ / kg·ºC 1 kJ / kg·K kJ / kg·ºC 1 J / g·ºC kJ / kg·ºC 0.23885 Btu / lbm·ºF kJ / kg·ºC 0.23885 Btu / lbm·R km 3280.8 ft km 0.6214 mi km/hr 0.6214 mi / hr (mph) km/hr 0.2778 m/s km/hr 0.9113 ...

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• [PDF File]Thermodynamics conversion factors - College of Engineering

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  Conversion Factors METRIC/ENGLISH Acceleration Area Density Energy, heat, work, internal energy, enthalpy Force Heat flux Heat transfer coefficient Length Mass Power, heat transfer rate Pressure Specific heat 1 m/s2 = 100 cm/s2 104 cm2 = 106 mm2 = 10-6 km2 1 rn2 = 1 kg/L = 1000 kg/m3 I g/cm3 1 kPa.m3 1000 N.m = 1kJ= 1000 J = 1 kJ/kg = 1000 m2/s2...

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• [PDF File]A vertical piston-cylinder assembly with a piston of mass 25 ...

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  into = - 1 kJ, M = 25 kg (mass of piston), g = 9.81 m/s2, A = 0.005 m2, p atm = 100 kPa (abs), DV = V 2 – V 1 = 0.001 m3 – 2.5*10-3 m3 = -1.5*10-3 m3, m gas = 2.5*10-3 kg, gives, Du = -311 kJ/kg. Note that the work on the system is, W on sys = 224 J. An alternate approach would be to calculate the work done by the system and use the ...

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• [PDF File]Auburn University Samuel Ginn College of Engineering

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  TABLE F.3 Useful Constants Acceleration of gravity Universal gas constant Standard atmospheric pressure atm atm 2 = 32.2 ft/s2 9.81 m/s 8.314 kJ/kmol K 1545 ft lbf/lbmol OR 1.0 atm 101.3 kPa 14.70 psi 2116 psf 33.90 ft of water 1.013 bar — 10.33 m of water 760 mm of Hg 29.92 in of Hg 760 torr 1 atm] TABLE F.4 Properties of Air [T 200C (OOF), p -...

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• [PDF File]Factores de conversión - Facultad de Ingeniería Mecánica

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  ft=s2 = 0:3048 m=s2. m2 = 1550 in2 = 10:764 ft2. ft2 = 144 in2 = 0:09290304 m2. g=cm3 = 62:428 lbm=ft3 = 0:036127 lbm=in3. lbm=in3 = 1728 lbm=ft3. kg=m3 = 0:062428 lbm=ft3. kJ = 0:94782 Btu. Btu = 1:055056 kJ = 5:40395 psia ft3 = 778:169 lbf ft. Btu=lbm = 25; 037 ft2=s2 = 2:326 kJ=kg.

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• [PDF File]Mechanical Engineering Conversion Factors - University of Alabama

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  Conversion Factors 2 Mechanical Engineering Conversion Factors compiled by Dr. K. Clark Midkiff gc LENGTH AREA VOLUME TIME MASS FORCE ENERGY POWER PRESSURE = kg ⋅ m slug ⋅ ft ft ⋅ lbm 1 = 1 = 1 = 32.178 c N ⋅ s 2 lbf ⋅ 2 s lbf ⋅ s 2 in = 2.54 cm = 0.0254 m = 25.4 mm m = 3.2808 ft = 39.37 in = 100 cm = 106 lm = 1010 Angstrom

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• [PDF File]The Clausius Inequality - Simon Fraser University

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  From Table A‐6, h1 = 3230.9 kJ/kg, and From A‐4 h2 = 2676.1 kJ/kg. After substitution, and converting the units, one finds: kJ kg m QCV 22.6 / From Table A‐4, s2 = 7.3549 kJ/kg.K and from Table A‐6, s1 = 6.9212 kJ/kg.K. Inserting values into the expression for entropy production: s s kJ kg K

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