Conversion Formulas



Conversion Formulas

[ Length ]

L

1.00m

100 cm

1.094 yd

1000 mm

.00100 km

1.00x106 microns

1.06x10-16 light yr

3.28 ft

39.4 in

1.00x1010 A

6.21x 10-4 mile

|[ Area ]

L2

1.00m2

[ Volume ]

L3

1.00L

1000 mL

1000 cm3

1.00x 10-3 m3

.264 gal(US liq)

1.06 qt(US liq)

61.0 in3

** .0353 ft3 |[ Mass ]

M

1.00kg

1000 g

.0685 slug

6.023x1026 AMU

[ Density ]

M/L3

1.00g/mL

1.00kg/L

1.00x103 kg/m3

|[ Time ]

T

1.00h

60.0 min

3600 s

.0417 d

.00595 week

1.14x10-4 y

[ Velocity ]

L/T

1.00m/s

|[ Force ]

ML/T2

1.00N (newton)

1.00kg m/s2

1.00x105 dyne

1.00x105 g cm/s2

.2248 lb (pound)

1.12x 10 -4 ton

| |[ Energy ]

ML2/T2

1.00J (joule)

1.00N m

1.00x10 7 erg

1.00x10 7 dyne cm

.7376 ft lb

.239 cal

9.48x10 -4 BTU

.00987 L atm

2.78 x 10 –7 kW H

6.24x10 18 eV

1.00 v coulomb |[Momentum]

ML/T

1.00kg m/s

[Pressure ]

M/LT2

1.00atm

760 mm Hg

760 torr

1.013x105 N/m2

1.013x10 5 Pa

14.7 lb/in2

29.9 in Hg |[ Power ]

ML2/T3

1.00W

1.00J/s

.00134 horsepower

.00100 kW

1.00x107 erg/s

[Acceleration ]

L/T2

1.00m/s2

|[ Number ]

1.00mole

6.023x1023

[ Frequency ]

1/T

1.00cycle/sec

1.00 hertz

|[Temperature]

K (Kelvin)

° C + 273

| |

|[ Charge ]

AT

1.00coulomb

6.24 x10 –18 elec chg

1.036x10-5 Faraday

3.00x109 statcoul |[ Resistance ]

ML2/ A2T3

1.00 ohm

|[ EMF ]

ML2 / AT3

1.00V (volt)

1.00J/coulomb | | |(for each property, all measurements are equal)

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