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Atomic mass unit (1960, eq. energy) conversions



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1 atomic mass unit (1960, eq. energy) = 7.512195e-11 1/centimeter (atomic physics, eq. energy) Factors for 1/centimeter (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 7.512195e-11 1/meter (atomic physics, eq. energy) Factors for 1/meter (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 attojoule Factors for attojoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-17 Board of Trade Unit Factors for Board of Trade Unit
1 atomic mass unit (1960, eq. energy) = 1.414733e-13 Btu (15 °C) Factors for Btu (15 °C)
1 atomic mass unit (1960, eq. energy) = 1.415336e-13 Btu (thermoc.) Factors for Btu (thermoc.)
1 atomic mass unit (1960, eq. energy) = 1.414384e-13 Btu (Btu (I.T.)) Factors for Btu (Btu (I.T.))
1 atomic mass unit (1960, eq. energy) = 1.414411e-13 Btu (Btu I.T., pre-1956) Factors for Btu (Btu I.T., pre-1956)
1 atomic mass unit (1960, eq. energy) = 1.408231e-13 Btu (3.9 °C) Factors for Btu (3.9 °C)
1 atomic mass unit (1960, eq. energy) = 1.415135e-13 Btu (15.8 °C, ISO) Factors for Btu (15.8 °C, ISO)
1 atomic mass unit (1960, eq. energy) = 1.414988e-13 Btu - Canada (15.8 °C) Factors for Btu - Canada (15.8 °C)
1 atomic mass unit (1960, eq. energy) = 1.414894e-13 Btu (15.6 °C) Factors for Btu (15.6 °C)
1 atomic mass unit (1960, eq. energy) = 1.413299e-13 Btu (mean) Factors for Btu (mean)
1 atomic mass unit (1960, eq. energy) = 3.561463e-11 calorie (mean) Factors for calorie (mean)
1 atomic mass unit (1960, eq. energy) = 3.566587e-11 calorie (thermoc.) Factors for calorie (thermoc.)
1 atomic mass unit (1960, eq. energy) = 3.566587e-14 calorie (nutritional) Factors for calorie (nutritional)
1 atomic mass unit (1960, eq. energy) = 3.566587e-14 calorie (kilogram, thermoc.) Factors for calorie (kilogram, thermoc.)
1 atomic mass unit (1960, eq. energy) = 3.561463e-14 calorie (kilogram, mean) Factors for calorie (kilogram, mean)
1 atomic mass unit (1960, eq. energy) = 3.564202e-14 calorie (kilogram, I.T.) Factors for calorie (kilogram, I.T.)
1 atomic mass unit (1960, eq. energy) = 3.564202e-11 calorie (calorie (I.T.) ) Factors for calorie (calorie (I.T.) )
1 atomic mass unit (1960, eq. energy) = 3.568378e-11 calorie (20 °C) Factors for calorie (20 °C)
1 atomic mass unit (1960, eq. energy) = 3.565053e-11 calorie (15 °C, NBS, 1939) Factors for calorie (15 °C, NBS, 1939)
1 atomic mass unit (1960, eq. energy) = 3.565309e-11 calorie (15 °C, CIPM, 1950) Factors for calorie (15 °C, CIPM, 1950)
1 atomic mass unit (1960, eq. energy) = 7.859584e-14 centigrade heat unit (15 °C) Factors for centigrade heat unit (15 °C)
1 atomic mass unit (1960, eq. energy) = 7.860537e-14 centigrade heat unit (15.6 °C) Factors for centigrade heat unit (15.6 °C)
1 atomic mass unit (1960, eq. energy) = 7.860992e-14 centigrade heat unit - Canada (15.8 °C) Factors for centigrade heat unit - Canada (15.8 °C)
1 atomic mass unit (1960, eq. energy) = 7.861862e-14 centigrade heat unit (15.8 °C, ISO) Factors for centigrade heat unit (15.8 °C, ISO)
1 atomic mass unit (1960, eq. energy) = 7.823488e-14 centigrade heat unit (3.9 °C) Factors for centigrade heat unit (3.9 °C)
1 atomic mass unit (1960, eq. energy) = 7.857846e-14 centigrade heat unit (centigrade heat unit I.T., pre-1956) Factors for centigrade heat unit (centigrade heat unit I.T., pre-1956)
1 atomic mass unit (1960, eq. energy) = 7.857722e-14 centigrade heat unit (centigrade heat unit (I.T.) ) Factors for centigrade heat unit (centigrade heat unit (I.T.) )
1 atomic mass unit (1960, eq. energy) = 7.851645e-14 centigrade heat unit (mean) Factors for centigrade heat unit (mean)
1 atomic mass unit (1960, eq. energy) = 7.86298e-14 centigrade heat unit (thermoc.) Factors for centigrade heat unit (thermoc.)
1 atomic mass unit (1960, eq. energy) = 1.49226e-8 centijoule Factors for centijoule
1 atomic mass unit (1960, eq. energy) = 1.521682e-6 centimeter gram-force Factors for centimeter gram-force
1 atomic mass unit (1960, eq. energy) = 5.635849e-17 cheval vapeur heure - France Factors for cheval vapeur heure - France
1 atomic mass unit (1960, eq. energy) = 5.091717e-18 coal equivalent kilogram (UN, standard) Factors for coal equivalent kilogram (UN, standard)
1 atomic mass unit (1960, eq. energy) = 5.091717e-21 coal equivalent metric ton (UN, standard) Factors for coal equivalent metric ton (UN, standard)
1 atomic mass unit (1960, eq. energy) = 1.472746e-9 cubic centimeter atmosphere Factors for cubic centimeter atmosphere
1 atomic mass unit (1960, eq. energy) = 5.200962e-14 cubic foot atmosphere Factors for cubic foot atmosphere
1 atomic mass unit (1960, eq. energy) = 5.608208e-17 cubic foot of liquified petroleum gas (standard) Factors for cubic foot of liquified petroleum gas (standard)
1 atomic mass unit (1960, eq. energy) = 1.372572e-16 cubic foot of natural gas (standard) Factors for cubic foot of natural gas (standard)
1 atomic mass unit (1960, eq. energy) = 1.472746e-15 cubic meter atmosphere Factors for cubic meter atmosphere
1 atomic mass unit (1960, eq. energy) = 1.49226e-9 decijoule Factors for decijoule
1 atomic mass unit (1960, eq. energy) = 1.49226e-11 dekajoule Factors for dekajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-15 dekawatthour Factors for dekawatthour
1 atomic mass unit (1960, eq. energy) = 0.4965808 deuteron rest mass (atomic physics, eq. energy) Factors for deuteron rest mass (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 0.00149226 dyne centimeter Factors for dyne centimeter
1 atomic mass unit (1960, eq. energy) = 1822.694 electron rest mass (atomic physics, eq. energy) Factors for electron rest mass (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 9.313935e-11 electronvolt Factors for electronvolt
1 atomic mass unit (1960, eq. energy) = 0.00149226 erg Factors for erg
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 exajoule Factors for exajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-11 exawatthour Factors for exawatthour
1 atomic mass unit (1960, eq. energy) = 149226 femtojoule Factors for femtojoule
1 atomic mass unit (1960, eq. energy) = 1.100633e-10 foot pound-force Factors for foot pound-force
1 atomic mass unit (1960, eq. energy) = 3.541188e-9 foot poundal Factors for foot poundal
1 atomic mass unit (1960, eq. energy) = 3.565053e-14 frigorie - France Factors for frigorie - France
1 atomic mass unit (1960, eq. energy) = 1.132559e-18 gallon of automotive gasoline - USA (liquid) Factors for gallon of automotive gasoline - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.132559e-18 gallon of aviation gasoline - USA (liquid) Factors for gallon of aviation gasoline - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.018468e-18 gallon of diesel oil - USA (liquid) Factors for gallon of diesel oil - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.018468e-18 gallon of distillate #2 fuel oil - USA (liquid) Factors for gallon of distillate #2 fuel oil - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.049409e-18 gallon of jet fuel, kerosene type - USA (liquid) Factors for gallon of jet fuel, kerosene type - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.114292e-18 gallon of jet fuel, naphtha type - USA (liquid) Factors for gallon of jet fuel, naphtha type - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 1.049409e-18 gallon of kerosene - USA (liquid) Factors for gallon of kerosene - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 9.442293e-19 gallon of residual fuel oil - USA (liquid) Factors for gallon of residual fuel oil - USA (liquid)
1 atomic mass unit (1960, eq. energy) = 0.9313935 gigaelectronvolt Factors for gigaelectronvolt
1 atomic mass unit (1960, eq. energy) = 1.49226e-19 gigajoule Factors for gigajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-23 gigawatthour Factors for gigawatthour
1 atomic mass unit (1960, eq. energy) = 1.660364e-24 gram (atomic physics, eq. energy) Factors for gram (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 3.565053e-11 gram calorie Factors for gram calorie
1 atomic mass unit (1960, eq. energy) = 3.422811e-11 hartree (atomic physics, eq. energy) Factors for hartree (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 1.49226e-12 hectojoule Factors for hectojoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-16 hectowatthour Factors for hectowatthour
1 atomic mass unit (1960, eq. energy) = 2.252101e-11 hertz (atomic physics, eq. energy) Factors for hertz (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 5.558759e-17 horsepower hour Factors for horsepower hour
1 atomic mass unit (1960, eq. energy) = 5.635849e-17 horsepower hour (metric) Factors for horsepower hour (metric)
1 atomic mass unit (1960, eq. energy) = 2.113219e-8 inch ounce-force Factors for inch ounce-force
1 atomic mass unit (1960, eq. energy) = 1.320759e-9 inch pound-force Factors for inch pound-force
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 joule Factors for joule
1 atomic mass unit (1960, eq. energy) = 1.49223e-10 joule - USA (legal, 1948) Factors for joule - USA (legal, 1948)
1 atomic mass unit (1960, eq. energy) = 1.491991e-10 joule - USA (international) Factors for joule - USA (international)
1 atomic mass unit (1960, eq. energy) = 7.512195e-11 kayser (atomic physics, eq. energy) Factors for kayser (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 1.080831e-10 kelvin (atomic physics, eq. energy) Factors for kelvin (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 3.561463e-14 kilocalorie (mean) Factors for kilocalorie (mean)
1 atomic mass unit (1960, eq. energy) = 3.566587e-14 kilocalorie (thermoc.) Factors for kilocalorie (thermoc.)
1 atomic mass unit (1960, eq. energy) = 3.564202e-14 kilocalorie (kilocalorie (I.T.) ) Factors for kilocalorie (kilocalorie (I.T.) )
1 atomic mass unit (1960, eq. energy) = 9.313935e-11 kiloelectronvolt Factors for kiloelectronvolt
1 atomic mass unit (1960, eq. energy) = 1.660364e-11 kilogram (atomic physics, eq. energy) Factors for kilogram (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 3.565053e-14 kilogram calorie (15 °C, NBS, 1939) Factors for kilogram calorie (15 °C, NBS, 1939)
1 atomic mass unit (1960, eq. energy) = 6.611697e-17 kilogram of water (evaporated from and at 100 °C) Factors for kilogram of water (evaporated from and at 100 °C)
1 atomic mass unit (1960, eq. energy) = 4.280084e-16 kilogram of water (heated from 16.7 °C to 100 °C) Factors for kilogram of water (heated from 16.7 °C to 100 °C)
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 kilogram square meter/square second Factors for kilogram square meter/square second
1 atomic mass unit (1960, eq. energy) = 1.49226e-13 kilojoule Factors for kilojoule
1 atomic mass unit (1960, eq. energy) = 1.521682e-11 kilopond meter Factors for kilopond meter
1 atomic mass unit (1960, eq. energy) = 3.566587e-23 kiloton (metric, explosive energy) Factors for kiloton (metric, explosive energy)
1 atomic mass unit (1960, eq. energy) = 4.145167e-17 kilowatthour Factors for kilowatthour
1 atomic mass unit (1960, eq. energy) = 4.144487e-17 kilowatthour (international, 1948) Factors for kilowatthour (international, 1948)
1 atomic mass unit (1960, eq. energy) = 1.472746e-12 liter atmosphere Factors for liter atmosphere
1 atomic mass unit (1960, eq. energy) = 1.472703e-12 liter atmosphere (pre-1964) Factors for liter atmosphere (pre-1964)
1 atomic mass unit (1960, eq. energy) = 931.3935 megaelectronvolt Factors for megaelectronvolt
1 atomic mass unit (1960, eq. energy) = 1.49226e-9 megaerg Factors for megaerg
1 atomic mass unit (1960, eq. energy) = 1.49226e-16 megajoule Factors for megajoule
1 atomic mass unit (1960, eq. energy) = 1.49226e-9 megalerg Factors for megalerg
1 atomic mass unit (1960, eq. energy) = 3.566587e-11 megaton (metric, explosive energy) Factors for megaton (metric, explosive energy)
1 atomic mass unit (1960, eq. energy) = 4.145167e-20 megawatthour Factors for megawatthour
1 atomic mass unit (1960, eq. energy) = 1.521682e-11 meter kilogram-force Factors for meter kilogram-force
1 atomic mass unit (1960, eq. energy) = 0.000149226 microjoule Factors for microjoule
1 atomic mass unit (1960, eq. energy) = 1.49226e-7 millijoule Factors for millijoule
1 atomic mass unit (1960, eq. energy) = 8.815179 muon rest mass (atomic physics, eq. energy) Factors for muon rest mass (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 4.145167e-18 myriawatthour Factors for myriawatthour
1 atomic mass unit (1960, eq. energy) = 0.149226 nanojoule Factors for nanojoule
1 atomic mass unit (1960, eq. energy) = 0.9913043 neutron rest mass (atomic physics, eq. energy) Factors for neutron rest mass (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 newton meter Factors for newton meter
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 petajoule Factors for petajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-11 petawatthour Factors for petawatthour
1 atomic mass unit (1960, eq. energy) = 5.635849e-17 pferdestarkenstunde - Germany Factors for pferdestarkenstunde - Germany
1 atomic mass unit (1960, eq. energy) = 149.226 picojoule Factors for picojoule
1 atomic mass unit (1960, eq. energy) = 9.435964e-16 pound of water (heated from 16.7 °C to 100 °C) Factors for pound of water (heated from 16.7 °C to 100 °C)
1 atomic mass unit (1960, eq. energy) = 1.457627e-16 pound of water (evaporated from and at 100 °C) Factors for pound of water (evaporated from and at 100 °C)
1 atomic mass unit (1960, eq. energy) = 0.9926694 proton rest mass (atomic physics, eq. energy) Factors for proton rest mass (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 1.414384e-10 q-unit Factors for q-unit
1 atomic mass unit (1960, eq. energy) = 1.414384e-10 quad Factors for quad
1 atomic mass unit (1960, eq. energy) = 1.573697e-11 radian/second (atomic physics, eq. energy) Factors for radian/second (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 6.845543e-11 rydberg (atomic physics, eq. energy) Factors for rydberg (atomic physics, eq. energy)
1 atomic mass unit (1960, eq. energy) = 5.571461e-21 short ton of anthracite coal Factors for short ton of anthracite coal
1 atomic mass unit (1960, eq. energy) = 5.725368e-21 short ton of bituminous coal Factors for short ton of bituminous coal
1 atomic mass unit (1960, eq. energy) = 0.0009313935 teraelectronvolt Factors for teraelectronvolt
1 atomic mass unit (1960, eq. energy) = 1.49226e-22 terajoule Factors for terajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-11 terawatthour Factors for terawatthour
1 atomic mass unit (1960, eq. energy) = 1.414384e-18 therm - EEC (EEC) Factors for therm - EEC (EEC)
1 atomic mass unit (1960, eq. energy) = 1.414733e-18 therm - USA Factors for therm - USA
1 atomic mass unit (1960, eq. energy) = 3.565053e-17 thermie - France Factors for thermie - France
1 atomic mass unit (1960, eq. energy) = 3.566587e-20 ton (metric, explosive energy) Factors for ton (metric, explosive energy)
1 atomic mass unit (1960, eq. energy) = 4.145167e-14 watthour Factors for watthour
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 wattsecond Factors for wattsecond
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 yoctojoule Factors for yoctojoule
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 yottajoule Factors for yottajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-11 yottawatthour Factors for yottawatthour
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 zeptojoule Factors for zeptojoule
1 atomic mass unit (1960, eq. energy) = 1.49226e-10 zettajoule Factors for zettajoule
1 atomic mass unit (1960, eq. energy) = 4.145167e-11 zettawatthour Factors for zettawatthour