Basic mechanical engineering : derived units

QUANTITY.............UNITS..............(symblo)units

Area.....................squaremeter.............. m2

Volume...............cubic meter................. m3

Frequency .......Hertz,cycles per second.. Hz 1/s

Density........... kilogram per cubic meter.. kg/m3

Velocity ...........meter/sec .......................m/s

Angular velocity.... radian/sec ..............rad/s

Acceleration....... meter/second squared ...m/s2

Angular

acceleration.....radians per second square.. rad/s2

Volumetric flow rate.. cubic meter per second... m3/s

Mass flow rate .......kg per second ...........kg/s

Force ...............Newton (N).............. kg-m/s2

Surface Tension... (N/m)................ kg/s2

Pressure, stress .....Pa (N/m2) .........kg/m-s2

Dynamic viscosity.. N-s/m2 ............kg/m-s2

Kinematic viscosity.......................... m2/s

Work, energy .. J, N-m, W-s ........kg-m2/s2

Powe............W, J/s ...................kg-m2/s3

Specific heat,

gas constant..........J/kg-K ...........m2/s2-K

Enthalpy................ J/kg ................m2/s2

Entropy.............J/kg-K ................m2/s2-K

Thermal conductivity...W/m-K .....kg-m/s3-K

Diffusion coefficient ........................... m2/s

Electrical charge .......C.................... A-s

Electromotive force....... V........... kg-m2/A-s3

Electric field strength....V/m...... kg-m/A-s3

Electric resistance......ohm...... kg-m2/A2-s3

Electric Conductivity....A/V-m. .A2-s3/kg-m3

Electric capacitance.......F.........A2-s4/kg-m2

magnetic flux ...........Wb.............kg-m2/s2-A

Inductance........H.....................kg-m2/s2-A2

Magnetic flux density....T ...............kg/s2-A

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