//This file is accessed by the Units Conversion Tool. //In each category, the value of the different units are in terms of the units with the value "1". //For example, you would read it like this, "in 1 rad/s^2 there are 3600.0 rad/min^2". // Acceleration (Angular) AccelArad = new Array(9); AccelArad[0] = 1; //rad/sec^2 AccelArad[1] = 3600.0; //rad/min^2 AccelArad[2] = 1.296e7; //rad/hr^2 AccelArad[3] = 0.159154943; //rev/sec^2 AccelArad[4] = 572.9577951; //rev/min^2 AccelArad[5] = 2.062648062e6; //rev/hr^2 AccelArad[6] = 57.29577951; //deg/sec^2 AccelArad[7] = 2.062648062e5; //deg/min^2 AccelArad[8] = 7.425533025e8; //deg/hr^2 // Acceleration (Linear) AccelLm_s = new Array(10); AccelLm_s[0] = 100.0; //cm/sec^2 AccelLm_s[1] = 1; //m/sec^2 AccelLm_s[2] = 3600.0; //m/(hr-sec) AccelLm_s[3] = 3.6; //km/(hr-sec) AccelLm_s[4] = 1.944012; //knot/sec AccelLm_s[5] = 3.280839895; //ft/sec^2 AccelLm_s[6] = 11811.02362; //ft/min^2 AccelLm_s[7] = 11811.02362; //ft/(hr-sec) AccelLm_s[8] = 2.236936292; //mile/(hr-sec) AccelLm_s[9] = 39.37007874; //in/sec^2 //Angle AngleQuad = new Array(7); AngleQuad[0] = 1.570796327; //radians AngleQuad[1] = 90.0; //degrees AngleQuad[2] = 5400.0; //minutes AngleQuad[3] = 324000.0; //seconds AngleQuad[4] = 1; //quad AngleQuad[5] = 0.25; //circle AngleQuad[6] = (1.0/0.9); //gon (grade) //Area Area = new Array(12); Area[0] = 1550.0; //in^2 Area[1] = 10.7639; //ft^2 Area[2] = 10.76386736114; //US survey ft^2 Area[3] = 1/0.83612736; //yd^2 Area[4] = 1/2589988.0; //mile^2 Area[5] = 1.0e6; //mm^2 Area[6] = 1.0e4; //cm^2 Area[7] = 1; //m^2 Area[8] = 1.0e-6; //km^2 Area[9] = 1/4046.856422; //acre Area[10] = 1/10000.0; //hectare Area[11] = 1/25.29285264; //square rods //Mass Density DensitySlugin = new Array(8); DensitySlugin[0] = 0.001; //g/cm^3 DensitySlugin[1] = 1; //kg/m^3 DensitySlugin[2] = 3.612729815e-5; //lbm/in^3 DensitySlugin[3] = 0.062427973; //lbm/ft^3 DensitySlugin[4] = 0.010022413; //lbm/Imp. gal DensitySlugin[5] = 0.008345406; //lbm/US gal DensitySlugin[6] = 0.00194032; //slug/ft^3 DensitySlugin[7] = 58.41783473; //grain/gal (US) //Electrical Capacitance CapacitFar = new Array(6); CapacitFar[0] = 1; //farad CapacitFar[1] = 1.0e-9; //abfarad CapacitFar[2] = 1.0e-9; //EMU of capacitance CapacitFar[3] = 0.898755224; //ESU of capacitance CapacitFar[4] = 0.898755224; //statfarad CapacitFar[5] = 1.0e-12; //picofarad //Electrical Charge ChargeCoul = new Array(6); ChargeCoul[0] = 1; //coulomb ChargeCoul[1] = 0.1; //abcoulomb ChargeCoul[2] = (1.0/3600); //ampere hour ChargeCoul[3] = 1.036427203e-5; //faraday (carbon 12) ChargeCoul[4] = 2.997924537e9; //franklin ChargeCoul[5] = 2.997924537e9; //statcoulomb //Electrical Current CurrentAmp = new Array(8); CurrentAmp[0] = 1; //ampere CurrentAmp[1] = 1000.0; //miliampere CurrentAmp[2] = 0.1; //abampere CurrentAmp[3] = 0.1; //biot CurrentAmp[4] = 0.1; //EMU of current CurrentAmp[5] = 2.997924537e9; //ESU of current CurrentAmp[6] = 1.256637086; //gilbert CurrentAmp[7] = 2.997924537e9; //statampere //Electrical Inductance InductHen = new Array(7); InductHen[0] = 1; //henry InductHen[1] = 1.0e3; //milihenry InductHen[2] = 1.0e6; //microhenry InductHen[3] = 1.0e-9; //abhenry InductHen[4] = 1.0e-9; //EMU of inductance InductHen[5] = 1.11265003e-12; //ESU of inductance InductHen[6] = 1.11265003e-12; //stathenry //Electrical Potential VoltV = new Array(8); VoltV[0] = 1; //volt VoltV[1] = 1000.0; //milivolt VoltV[2] = 1.0e-3; //kilovolt VoltV[3] = 1.0e-6; //Megavolt VoltV[4] = 1.0e8; //abvolt VoltV[5] = 1.0e8; //EMU of volt VoltV[6] = 3.335640485e-3; //ESU of volt VoltV[7] = 3.335640485e-3; //statvolt //Electrical Resistance ResistOhm = new Array(9); ResistOhm[0] = 1; //ohm ResistOhm[1] = 1000.0; //miliohm ResistOhm[2] = 1.0e-3; //kiloohm ResistOhm[3] = 1.0e-6; //megaohm ResistOhm[4] = 1.0e-9; //gigaohm ResistOhm[5] = 1.0e9; //abohm ResistOhm[6] = 1.0e9; //EMU of resistance ResistOhm[7] = 1.112650030e-12; //ESU of resistance ResistOhm[8] = 1.112650030e-12; //statohm //Energy EnerBTU = new Array(14); EnerBTU[0] = 9.4787e-4; //Btu EnerBTU[1] = 1; //Joule EnerBTU[2] = 1.0e7; //erg EnerBTU[3] = 9.4787e-9; //therm EnerBTU[4] = 0.238845896; //cal (IT) EnerBTU[5] = 2.38845896e-4; //kcal (IT) EnerBTU[6] = 6.241507649e18; //eV EnerBTU[7] = 8.850745454; //in-lbf EnerBTU[8] = 0.7375621212; //ft-lbf EnerBTU[9] = 23.86623453; //ft-pdl EnerBTU[10] = (1.0/(3.6e6)); //kW-hr EnerBTU[11] = 1.341021859e-3; //hp-sec EnerBTU[12] = 2.235036431e-5; //hp-min EnerBTU[13] = 3.725060718e-7; //hp-hr //Flow Rate (Mass) MaFRgd = new Array(16); MaFRgd[0] = 2.204622476; //lb/s MaFRgd[1] = 132.2773544; //lb/m MaFRgd[2] = 7936.640214; //lb/h MaFRgd[3] = 190479.3651; //lb/d MaFRgd[4] = 0.068520689; //slug/s MaFRgd[5] = 4.111259541; //slug/m MaFRgd[6] = 246.6755398; //slug/h MaFRgd[7] = 5920.212955; //slug/d MaFRgd[8] = 1; //kg/s MaFRgd[9] = 60.0; //kg/m MaFRgd[10] = 3600.0; //kg/h MaFRgd[11] = 86400.0; //kg/d MaFRgd[12] = 1000.0; //g/s MaFRgd[13] = 60000.0; //g/m MaFRgd[14] = 3600000.0; //g/h MaFRgd[15] = 86400000.0; //g/d //Flow Rate (Volume) VolFRft = new Array(24); VolFRft[0] = 28.8; //in^3/sec VolFRft[1] = 1728.0; //in^3/min VolFRft[2] = 103680.0; //in^3/hr VolFRft[3] = 15.95843919; //USfl.oz/sec VolFRft[4] = 957.5063512; //USfl.oz/min VolFRft[5] = 57450.38107; //USfl.oz/hr VolFRft[6] = 0.124675306; //USgal/sec VolFRft[7] = 7.480518369; //USgal/min VolFRft[8] = 448.8311021; //USgal/hr VolFRft[9] = 10771.94645; //USgal/day VolFRft[10] = 0.103813936; //Impgal/sec VolFRft[11] = 6.228836209; //Impgal/min VolFRft[12] = 373.7301725; //Impgal/hr VolFRft[13] = 8969.524141; //Impgal/day VolFRft[14] = (1.0/60.0); //ft^3/sec VolFRft[15] = 1; //ft^3/min VolFRft[16] = 60.0; //ft^3/hr VolFRft[17] = 4.719474e-4; //m^3/sec VolFRft[18] = 0.028316844; //m^3/min VolFRft[19] = 1.69901064; //m^3/hr VolFRft[20] = 0.4719474; //l/sec VolFRft[21] = 28.316844; //l/min VolFRft[22] = 1699.01064; //l/hr VolFRft[23] = 40776.25536; //l/day //Force ForceN = new Array(13); ForceN[0] = 1; //N (kg-m/s) ForceN[1] = 0.224808923; //lbf ForceN[2] = 7.233011464; //pdl ForceN[3] = 1.0e5; //dyne ForceN[4] = 3.596942455; //ozf ForceN[5] = 1.605777882e-2; //stonef ForceN[6] = 2.248089489e-3; //cwtf ForceN[7] = 1.124044745e-4; //UStonf ForceN[8] = 1.003611395e-4; //UKtonf ForceN[9] = 0.101971621; //kg(force) ForceN[10] = 101.971621; //g(force) ForceN[11] = 1.019716213e-4; //tonnes(force) ForceN[12] = 2.248089237e-4; //kip //Heat Transfer Coefficient HTCBTU = new Array(6); HTCBTU[0] = 1; // BTU/(h-ft²-F) HTCBTU[1] = 0.000277777778 ; // BTU/(s-ft²-F) HTCBTU[2] = 5.678263341 ; // W/(m²-C) HTCBTU[3] = 0.00203521577 ; // W/(in²-F) HTCBTU[4] = 4.885695035 ; // kcal/(h-m²-C) HTCBTU[5] = 0.453598160; // kcal/(h-ft²-C) //Illunuminance IlluminLux = new Array(4); IlluminLux[0] = 1; //lux IlluminLux[1] = 0.09290304360; //foot candle IlluminLux[2] = 0.09290304360; //lm/ft² IlluminLux[3] = 1.0e-4 //phot //Length Lenm = new Array(14); Lenm[0] = (1.0/(2.54e-5)); //mil Lenm[1] = (1.0/0.0254); //inch Lenm[2] = 3.28084; //ft Lenm[3] = (1.0/0.9144); //yd Lenm[4] = 6.213711922e-4; //internatonal mile Lenm[5] = 1000; //mm Lenm[6] = 100; //cm Lenm[7] = 1; //m Lenm[8] = 0.001; //km Lenm[9] = 3.280833437; //ft, US Survey Lenm[10] = (1.0/1852.0); //nautical mile Lenm[11] = 1.0e-12; //terameter Lenm[12] = 1.057000887e-16; //light year Lenm[13] = 6.684585813e-12; //astronomical unit //Luminance LumCand = new Array(5); LumCand[0] = 1; //cd/m² (Candelas/m²) LumCand[1] = 0.0929031 ; //cd/ft² LumCand[2] = 0.2918635164; //footlambert LumCand[3] = 3.141592517e-4; //lambert LumCand[4] = 1.0e-4; //stilb //Sources: //http://tmworld.com/sftw_files/converters/lumen.htm //http://www.intl-light.com/handbook/ch07.html //http://www.crompton.com/wa3dsp/light/lumin.html //Magnetic flux MagWeb = new Array(3); MagWeb[0] = 1; //weber MagWeb[1] = 1.0e8; //maxwell MagWeb[2] = 7.957747544e6; //unit pole //Mass Massg = new Array(10); Massg[0] = 35.27396194; //oz Massg[1] = 2.204622622; //lbm Massg[2] = 6.852176556e-2; //slug Massg[3] = (1.0/907.18474); //ston Massg[4] = (1.0/1016.0469088); //lton Massg[5] = 1000000; //mg Massg[6] = 1000; //g Massg[7] = 1; //kg Massg[8] = 0.001; //tonnes Massg[9] = 5000; //kt //Moment of Inertia (Area) MomInm = new Array(4); MomInm[0] = 1.0e8; //cm^4 MomInm[1] = 1; //m^4 MomInm[2] = 2.402509610e6; //in^4 MomInm[3] = 115.8617675; //ft^4 //Momentum Momkg = new Array(6); Momkg[0] = 1.0e5; //g-cm/s Momkg[1] = 1; //kg-m/s Momkg[2] = 7.233013851; //lbm-ft/s Momkg[3] = 433.9808311; //lbm-ft/min Momkg[4] = 0.2248137273; //slug-ft/sec Momkg[5] = 13.48882364; //slug-ft/min //Power PowWatt = new Array(11); PowWatt[0] = 1.341021859e-3; //hp (UK) PowWatt[1] = 1.359621525e-3; //metric horsepower PowWatt[2] = (1.0/746.0); //hp (elec.) PowWatt[3] = 1.019419950e-4 //hp (bolier) PowWatt[4] = 1; //watt PowWatt[5] = 0.001; //kwatt PowWatt[6] = 1.0; //j/s PowWatt[7] = 1.0e7; //erg/s PowWatt[8] = 0.2388458966; //cal/s PowWatt[9] = 9.478169879e-4; //btu/s PowWatt[10] = 3.412142450; //btu/h //Pressure PresPa = new Array(14); PresPa[0] = 1; //Pa PresPa[1] = 0.001; //kPa PresPa[2] = 1.0e-6; //MPa PresPa[3] = 10.0; //dyne/cm^2 PresPa[4] = 1.450377439e-4; //PSI PresPa[5] = 1.0e-5; //bar PresPa[6] = 0.1019716213; //mmH2O PresPa[7] = 4.014630921e-3; //inH2O PresPa[8] = 7.500615050e-3; //mmHg PresPa[9] = 2.952998016e-4; //inHg PresPa[10] = 7.500615050e-3; //torr PresPa[11] = 9.869232667e-6; //atmospheres PresPa[12] = 1.450377439e-7; //ksi PresPa[13] = 2.088543379e-2; //lb/ft^2 //Specific Heat SpecHTkw = new Array(7); SpecHTkw[0] = 1; //Joule/(kg-°C) SpecHTkw[1] = 0.000238845897 ; //BTU/(lbm-°F) SpecHTkw[2] = 0.000238845897; //cal/(g-°C) SpecHTkw[3] = (1.0/(3.6e6)); //kWatt-h/(kg-°C) SpecHTkw[4] = 1.0; //m^2/(sec^2-°C) SpecHTkw[5] = 1.0e4; //erg/(g-°C) SpecHTkw[6] = 0.185691458; //ft-lbf/(lbm-°F) //Thermal Conductance ThermConductBTU = new Array(3); ThermConductBTU[0] = 1; //W/K ThermConductBTU[1] = 1/0.5275279933; //Btu/°F-h ThermConductBTU[2] = 1/1899.100415; //Btu/°F-s //Thermal Conductivity ThermCondBTU = new Array(10); ThermCondBTU[0] = 1; //W/(m-C) ThermCondBTU[1] = 0.577789205; //Btu/(h-ft-°F) ThermCondBTU[2] = 0.000160497032 ; //Btu/(s-ft-°F) ThermCondBTU[3] = 6.933471263; //Btu/(h-ft^2-°F)/in ThermCondBTU[4] = 1.925964388e-3; //Btu/(s-ft^2-°F)/in ThermCondBTU[5] = 0.8604; //kcal/(h-m-°C) ThermCondBTU[6] = 0.01; //W/(cm-C) ThermCondBTU[7] = 2.390057361e-1; //cal/(sec-m-C) ThermCondBTU[8] = 2.390057361e-3; //cal/(sec-cm-C) ThermCondBTU[9] = 1.0e7; //erg/(sec-cm-C) //Thermal Resistance ThermResBTU = new Array(3); ThermResBTU[0] = 1; //°C/W ThermResBTU[1] = 0.5275279933; //°F-h/Btu ThermResBTU[2] = 1899.100415; //°F-s/Btu //Time TimeYr = new Array(7); TimeYr[0] = 86400.0; //seconds in a day TimeYr[1] = 1440.0; //minutes in a day TimeYr[2] = 24.0; //hours in a day TimeYr[3] = 1; //day TimeYr[4] = (1.0/365.0); //days in a year TimeYr[5] = (1.0/366.0); //days in a leap year TimeYr[6] = 8.64e12; //shake //Torque TorqNm = new Array(9); TorqNm[0] = 1; //N-m TorqNm[1] = 1.0e7; //dyn-cm TorqNm[2] = (1.0/9.80665); //kgf-m TorqNm[3] = 23.7304224; //pdl-ft TorqNm[4] = 0.7375621212; //ft-lbf TorqNm[5] = 8.850748065; //in-lbf TorqNm[6] = 3.292688388e-4 //tonf(UK)-ft TorqNm[7] = 3.687810606e-4 //tonf(US)-ft TorqNm[8] = 1.019716213e-4 //tonne-m //Velocity (Angular) Velorad = new Array(9); Velorad[0] = 1; //rad/sec Velorad[1] = 60.0; //rad/min Velorad[2] = 3600.0; //rad/hr Velorad[3] = 0.159154943; //rev/sec Velorad[4] = 9.549296585; //rev/min Velorad[5] = 572.9577951; //rev/hr Velorad[6] = 57.29577951; //deg/sec Velorad[7] = 3437.746771; //deg/min Velorad[8] = 2.062648062e5; //deg/hr //Velocity (Linear) Velomach = new Array(20); Velomach[0] = 1; //m/s Velomach[1] = 60.0; //m/min Velomach[2] = 3600.0; //m/hr Velomach[3] = 100.0; //cm/s Velomach[4] = 6000.0; //cm/min Velomach[5] = 360000.0; //cm/hr Velomach[6] = 0.001; //km/s Velomach[7] = 0.06; //km/min Velomach[8] = 3.6; //km/hr Velomach[9] = (1.0/0.0254); //in/s Velomach[10] = (60.0/0.0254); //in/min Velomach[11] = (3600.0/0.0254); //in/hr Velomach[12] = (1.0*3.28084); //ft/s Velomach[13] = (60.0*3.28084); //ft/min Velomach[14] = (3600.0*3.28084); //ft/hr Velomach[15] = (1.0/1.609344e3); //mile/s Velomach[16] = (60.0/1.609344e3); //mile/min Velomach[17] = (3600.0/1.609344e3); //mph Velomach[18] = 1.94384466; //knot Velomach[19] = 0.00302; //mach (at sea level) //Viscosity (Dynamic) ViscDynlbfin = new Array(10); ViscDynlbfin[0] = 1; //Pa-s ViscDynlbfin[1] = 1; //kg/m-s ViscDynlbfin[2] = 1000; //cPoise ViscDynlbfin[3] = 10; //Poise (g/(cm-s)) ViscDynlbfin[4] = 0.671968949; //(pdl-s)/ft² ViscDynlbfin[5] = 0.0208854337; //(lbf-s)/ft² ViscDynlbfin[6] = 1.450377439e-4; //(lbf-s)/in² ViscDynlbfin[7] = 0.6719689497; //lbm/(ft-s) ViscDynlbfin[8] = 2419.088154; //lbm/(ft-hr) ViscDynlbfin[9] = 0.020885433; //slug/(ft-s) //Viscosity (Kinematic) ViscKinm = new Array(6); ViscKinm[0] = 1.0e6; //centiStoke ViscKinm[1] = 1.0e4; //Stoke (cm²/sec) ViscKinm[2] = 1; //m²/sec ViscKinm[3] = 3600.0; //m²/hr ViscKinm[4] = (1.0/0.09290304); //ft²/sec ViscKinm[5] = (3600.0/0.09290304); //ft²/hr //Volume VolUS = new Array(14); VolUS[0] = 1; //litre VolUS[1] = 0.001; //m^3 VolUS[2] = (1.0/0.016387064); //in^3 VolUS[3] = (1.0/28.316846592); //ft^3 VolUS[4] = (1.0/3.785411784); //USgal (liq.) VolUS[5] = (1.0/4.40488377086); //USgal (dry) VolUS[6] = (1.0/4.54609); //UKgal VolUS[7] = (1.0/0.946352946); //USquart (liq.) VolUS[8] = (1.0/1.101220942715); //USquart (dry) VolUS[9] = (1.0/1.1365225); //UKquart VolUS[10] = (1.0/158.987294928); //Barrels (oil) VolUS[11] = 353.1466247; //ton, register VolUS[12] = 67.62806727; //tablespoon VolUS[13] = 202.8841195; //teaspoon //Work Workkcal = new Array(16); Workkcal[0] = 9.4869e-4; //Btu Workkcal[1] = 1; //Joule Workkcal[2] = 1.0e7; //erg Workkcal[3] = 9.480434280e-9; //therm (US) Workkcal[4] = 0.238845896; //cal (IT) Workkcal[5] = 0.239005736; //cal (th) Workkcal[6] = 2.38845896e-4; //kcal (IT) Workkcal[7] = 2.39005736e-4; //kcal (th) Workkcal[8] = 6.241507649e18; //eV Workkcal[9] = 8.850745454; //in-lbf Workkcal[10] = 0.7375621212; //ft-lbf Workkcal[11] = 23.86623453; //ft-pdl Workkcal[12] = (1.0/(3.6e6)); //kW-hr Workkcal[13] = 1.341021859e-3; //hp-sec Workkcal[14] = 2.235036431e-5; //hp-min Workkcal[15] = 3.725060718e-7; //hp-hr