|
1 Btu (mean) =
531.5362
1/centimeter (atomic physics, eq. energy)
|
|
Factors for 1/centimeter (atomic physics, eq. energy)
|
|
1 Btu (mean) =
531.5362
1/meter (atomic physics, eq. energy)
|
|
Factors for 1/meter (atomic physics, eq. energy)
|
|
1 Btu (mean) =
7.074885e+12
atomic mass unit (C-12, 1986, eq. energy)
|
|
Factors for atomic mass unit (C-12, 1986, eq. energy)
|
|
1 Btu (mean) =
7.074838e+12
atomic mass unit (C-12, 1973, eq. energy)
|
|
Factors for atomic mass unit (C-12, 1973, eq. energy)
|
|
1 Btu (mean) =
7.077588e+12
atomic mass unit (physical, 1960, eq. energy)
|
|
Factors for atomic mass unit (physical, 1960, eq. energy)
|
|
1 Btu (mean) =
7.075644e+12
atomic mass unit (1960, eq. energy)
|
|
Factors for atomic mass unit (1960, eq. energy)
|
|
1 Btu (mean) =
1055.87
attojoule
|
|
Factors for attojoule
|
|
1 Btu (mean) =
0.0002932972
Board of Trade Unit
|
|
Factors for Board of Trade Unit
|
|
1 Btu (mean) =
251.9964
calorie (mean)
|
|
Factors for calorie (mean)
|
|
1 Btu (mean) =
252.359
calorie (thermoc.)
|
|
Factors for calorie (thermoc.)
|
|
1 Btu (mean) =
0.252359
calorie (nutritional)
|
|
Factors for calorie (nutritional)
|
|
1 Btu (mean) =
0.252359
calorie (kilogram, thermoc.)
|
|
Factors for calorie (kilogram, thermoc.)
|
|
1 Btu (mean) =
0.2519964
calorie (kilogram, mean)
|
|
Factors for calorie (kilogram, mean)
|
|
1 Btu (mean) =
0.2521902
calorie (kilogram, I.T.)
|
|
Factors for calorie (kilogram, I.T.)
|
|
1 Btu (mean) =
252.1902
calorie (calorie (I.T.) )
|
|
Factors for calorie (calorie (I.T.) )
|
|
1 Btu (mean) =
252.4857
calorie (20 °C)
|
|
Factors for calorie (20 °C)
|
|
1 Btu (mean) =
252.2505
calorie (15 °C, NBS, 1939)
|
|
Factors for calorie (15 °C, NBS, 1939)
|
|
1 Btu (mean) =
252.2685
calorie (15 °C, CIPM, 1950)
|
|
Factors for calorie (15 °C, CIPM, 1950)
|
|
1 Btu (mean) =
0.5561162
centigrade heat unit (15 °C)
|
|
Factors for centigrade heat unit (15 °C)
|
|
1 Btu (mean) =
0.5561836
centigrade heat unit (15.6 °C)
|
|
Factors for centigrade heat unit (15.6 °C)
|
|
1 Btu (mean) =
0.5562158
centigrade heat unit - Canada (15.8 °C)
|
|
Factors for centigrade heat unit - Canada (15.8 °C)
|
|
1 Btu (mean) =
0.5562773
centigrade heat unit (15.8 °C, ISO)
|
|
Factors for centigrade heat unit (15.8 °C, ISO)
|
|
1 Btu (mean) =
0.5535622
centigrade heat unit (3.9 °C)
|
|
Factors for centigrade heat unit (3.9 °C)
|
|
1 Btu (mean) =
0.5559932
centigrade heat unit (centigrade heat unit I.T., pre-1956)
|
|
Factors for centigrade heat unit (centigrade heat unit I.T., pre-1956)
|
|
1 Btu (mean) =
0.5559844
centigrade heat unit (centigrade heat unit (I.T.) )
|
|
Factors for centigrade heat unit (centigrade heat unit (I.T.) )
|
|
1 Btu (mean) =
0.5555544
centigrade heat unit (mean)
|
|
Factors for centigrade heat unit (mean)
|
|
1 Btu (mean) =
0.5563565
centigrade heat unit (thermoc.)
|
|
Factors for centigrade heat unit (thermoc.)
|
|
1 Btu (mean) =
105587
centijoule
|
|
Factors for centijoule
|
|
1 Btu (mean) =
1.076688e+7
centimeter gram-force
|
|
Factors for centimeter gram-force
|
|
1 Btu (mean) =
0.0003987726
cheval vapeur heure - France
|
|
Factors for cheval vapeur heure - France
|
|
1 Btu (mean) =
3.602717e-5
coal equivalent kilogram (UN, standard)
|
|
Factors for coal equivalent kilogram (UN, standard)
|
|
1 Btu (mean) =
3.602717e-8
coal equivalent metric ton (UN, standard)
|
|
Factors for coal equivalent metric ton (UN, standard)
|
|
1 Btu (mean) =
10420.63
cubic centimeter atmosphere
|
|
Factors for cubic centimeter atmosphere
|
|
1 Btu (mean) =
0.0003968168
cubic foot of liquified petroleum gas (standard)
|
|
Factors for cubic foot of liquified petroleum gas (standard)
|
|
1 Btu (mean) =
0.0009711829
cubic foot of natural gas (standard)
|
|
Factors for cubic foot of natural gas (standard)
|
|
1 Btu (mean) =
0.01042063
cubic meter atmosphere
|
|
Factors for cubic meter atmosphere
|
|
1 Btu (mean) =
10558.7
decijoule
|
|
Factors for decijoule
|
|
1 Btu (mean) =
105.587
dekajoule
|
|
Factors for dekajoule
|
|
1 Btu (mean) =
0.02932972
dekawatthour
|
|
Factors for dekawatthour
|
|
1 Btu (mean) =
3.513629e+12
deuteron rest mass (atomic physics, eq. energy)
|
|
Factors for deuteron rest mass (atomic physics, eq. energy)
|
|
1 Btu (mean) =
1.05587e+10
dyne centimeter
|
|
Factors for dyne centimeter
|
|
1 Btu (mean) =
1.289674e+16
electron rest mass (atomic physics, eq. energy)
|
|
Factors for electron rest mass (atomic physics, eq. energy)
|
|
1 Btu (mean) =
659.0208
electronvolt
|
|
Factors for electronvolt
|
|
1 Btu (mean) =
1.05587e+10
erg
|
|
Factors for erg
|
|
1 Btu (mean) =
1055.87
exajoule
|
|
Factors for exajoule
|
|
1 Btu (mean) =
293.2972
exawatthour
|
|
Factors for exawatthour
|
|
1 Btu (mean) =
1.05587e+18
femtojoule
|
|
Factors for femtojoule
|
|
1 Btu (mean) =
0.2522505
frigorie - France
|
|
Factors for frigorie - France
|
|
1 Btu (mean) =
8.013585e-6
gallon of automotive gasoline - USA (liquid)
|
|
Factors for gallon of automotive gasoline - USA (liquid)
|
|
1 Btu (mean) =
8.013585e-6
gallon of aviation gasoline - USA (liquid)
|
|
Factors for gallon of aviation gasoline - USA (liquid)
|
|
1 Btu (mean) =
7.20632e-6
gallon of diesel oil - USA (liquid)
|
|
Factors for gallon of diesel oil - USA (liquid)
|
|
1 Btu (mean) =
7.20632e-6
gallon of distillate #2 fuel oil - USA (liquid)
|
|
Factors for gallon of distillate #2 fuel oil - USA (liquid)
|
|
1 Btu (mean) =
7.425246e-6
gallon of jet fuel, kerosene type - USA (liquid)
|
|
Factors for gallon of jet fuel, kerosene type - USA (liquid)
|
|
1 Btu (mean) =
7.884334e-6
gallon of jet fuel, naphtha type - USA (liquid)
|
|
Factors for gallon of jet fuel, naphtha type - USA (liquid)
|
|
1 Btu (mean) =
7.425246e-6
gallon of kerosene - USA (liquid)
|
|
Factors for gallon of kerosene - USA (liquid)
|
|
1 Btu (mean) =
6.68103e-6
gallon of residual fuel oil - USA (liquid)
|
|
Factors for gallon of residual fuel oil - USA (liquid)
|
|
1 Btu (mean) =
6.590208e+12
gigaelectronvolt
|
|
Factors for gigaelectronvolt
|
|
1 Btu (mean) =
1.05587e-6
gigajoule
|
|
Factors for gigajoule
|
|
1 Btu (mean) =
2.932972e-10
gigawatthour
|
|
Factors for gigawatthour
|
|
1 Btu (mean) =
1.174814e-11
gram (atomic physics, eq. energy)
|
|
Factors for gram (atomic physics, eq. energy)
|
|
1 Btu (mean) =
252.2505
gram calorie
|
|
Factors for gram calorie
|
|
1 Btu (mean) =
242.1859
hartree (atomic physics, eq. energy)
|
|
Factors for hartree (atomic physics, eq. energy)
|
|
1 Btu (mean) =
10.5587
hectojoule
|
|
Factors for hectojoule
|
|
1 Btu (mean) =
0.002932972
hectowatthour
|
|
Factors for hectowatthour
|
|
1 Btu (mean) =
159.3506
hertz (atomic physics, eq. energy)
|
|
Factors for hertz (atomic physics, eq. energy)
|
|
1 Btu (mean) =
0.000393318
horsepower hour
|
|
Factors for horsepower hour
|
|
1 Btu (mean) =
0.0003987726
horsepower hour (metric)
|
|
Factors for horsepower hour (metric)
|
|
1 Btu (mean) =
149523.8
inch ounce-force
|
|
Factors for inch ounce-force
|
|
1 Btu (mean) =
9345.223
inch pound-force
|
|
Factors for inch pound-force
|
|
1 Btu (mean) =
1055.87
joule
|
|
Factors for joule
|
|
1 Btu (mean) =
1055.849
joule - USA (legal, 1948)
|
|
Factors for joule - USA (legal, 1948)
|
|
1 Btu (mean) =
1055.68
joule - USA (international)
|
|
Factors for joule - USA (international)
|
|
1 Btu (mean) =
531.5362
kayser (atomic physics, eq. energy)
|
|
Factors for kayser (atomic physics, eq. energy)
|
|
1 Btu (mean) =
764.7574
kelvin (atomic physics, eq. energy)
|
|
Factors for kelvin (atomic physics, eq. energy)
|
|
1 Btu (mean) =
0.2519964
kilocalorie (mean)
|
|
Factors for kilocalorie (mean)
|
|
1 Btu (mean) =
0.252359
kilocalorie (thermoc.)
|
|
Factors for kilocalorie (thermoc.)
|
|
1 Btu (mean) =
0.2521902
kilocalorie (kilocalorie (I.T.) )
|
|
Factors for kilocalorie (kilocalorie (I.T.) )
|
|
1 Btu (mean) =
659.0208
kiloelectronvolt
|
|
Factors for kiloelectronvolt
|
|
1 Btu (mean) =
117.4814
kilogram (atomic physics, eq. energy)
|
|
Factors for kilogram (atomic physics, eq. energy)
|
|
1 Btu (mean) =
0.2522505
kilogram calorie (15 °C, NBS, 1939)
|
|
Factors for kilogram calorie (15 °C, NBS, 1939)
|
|
1 Btu (mean) =
0.0004678201
kilogram of water (evaporated from and at 100 °C)
|
|
Factors for kilogram of water (evaporated from and at 100 °C)
|
|
1 Btu (mean) =
0.003028435
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 Btu (mean) =
1055.87
kilogram square meter/square second
|
|
Factors for kilogram square meter/square second
|
|
1 Btu (mean) =
1.05587
kilojoule
|
|
Factors for kilojoule
|
|
1 Btu (mean) =
107.6688
kilopond meter
|
|
Factors for kilopond meter
|
|
1 Btu (mean) =
2.52359e-10
kiloton (metric, explosive energy)
|
|
Factors for kiloton (metric, explosive energy)
|
|
1 Btu (mean) =
0.0002932972
kilowatthour
|
|
Factors for kilowatthour
|
|
1 Btu (mean) =
0.0002932492
kilowatthour (international, 1948)
|
|
Factors for kilowatthour (international, 1948)
|
|
1 Btu (mean) =
10.42063
liter atmosphere
|
|
Factors for liter atmosphere
|
|
1 Btu (mean) =
10.42032
liter atmosphere (pre-1964)
|
|
Factors for liter atmosphere (pre-1964)
|
|
1 Btu (mean) =
6.590208e+15
megaelectronvolt
|
|
Factors for megaelectronvolt
|
|
1 Btu (mean) =
10558.7
megaerg
|
|
Factors for megaerg
|
|
1 Btu (mean) =
0.00105587
megajoule
|
|
Factors for megajoule
|
|
1 Btu (mean) =
10558.7
megalerg
|
|
Factors for megalerg
|
|
1 Btu (mean) =
252.359
megaton (metric, explosive energy)
|
|
Factors for megaton (metric, explosive energy)
|
|
1 Btu (mean) =
2.932972e-7
megawatthour
|
|
Factors for megawatthour
|
|
1 Btu (mean) =
107.6688
meter kilogram-force
|
|
Factors for meter kilogram-force
|
|
1 Btu (mean) =
1.05587e+9
microjoule
|
|
Factors for microjoule
|
|
1 Btu (mean) =
1055870
millijoule
|
|
Factors for millijoule
|
|
1 Btu (mean) =
6.237307e+13
muon rest mass (atomic physics, eq. energy)
|
|
Factors for muon rest mass (atomic physics, eq. energy)
|
|
1 Btu (mean) =
2.932972e-5
myriawatthour
|
|
Factors for myriawatthour
|
|
1 Btu (mean) =
1.05587e+12
nanojoule
|
|
Factors for nanojoule
|
|
1 Btu (mean) =
7.014116e+12
neutron rest mass (atomic physics, eq. energy)
|
|
Factors for neutron rest mass (atomic physics, eq. energy)
|
|
1 Btu (mean) =
1055.87
newton meter
|
|
Factors for newton meter
|
|
1 Btu (mean) =
1055.87
petajoule
|
|
Factors for petajoule
|
|
1 Btu (mean) =
293.2972
petawatthour
|
|
Factors for petawatthour
|
|
1 Btu (mean) =
0.0003987726
pferdestarkenstunde - Germany
|
|
Factors for pferdestarkenstunde - Germany
|
|
1 Btu (mean) =
1.05587e+15
picojoule
|
|
Factors for picojoule
|
|
1 Btu (mean) =
0.006676552
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 Btu (mean) =
0.001031365
pound of water (evaporated from and at 100 °C)
|
|
Factors for pound of water (evaporated from and at 100 °C)
|
|
1 Btu (mean) =
7.023775e+12
proton rest mass (atomic physics, eq. energy)
|
|
Factors for proton rest mass (atomic physics, eq. energy)
|
|
1 Btu (mean) =
1000.768
q-unit
|
|
Factors for q-unit
|
|
1 Btu (mean) =
1000.768
quad
|
|
Factors for quad
|
|
1 Btu (mean) =
111.3492
radian/second (atomic physics, eq. energy)
|
|
Factors for radian/second (atomic physics, eq. energy)
|
|
1 Btu (mean) =
484.3663
rydberg (atomic physics, eq. energy)
|
|
Factors for rydberg (atomic physics, eq. energy)
|
|
1 Btu (mean) =
3.942167e-8
short ton of anthracite coal
|
|
Factors for short ton of anthracite coal
|
|
1 Btu (mean) =
4.051067e-8
short ton of bituminous coal
|
|
Factors for short ton of bituminous coal
|
|
1 Btu (mean) =
6.590208e+9
teraelectronvolt
|
|
Factors for teraelectronvolt
|
|
1 Btu (mean) =
1.05587e-9
terajoule
|
|
Factors for terajoule
|
|
1 Btu (mean) =
293.2972
terawatthour
|
|
Factors for terawatthour
|
|
1 Btu (mean) =
1.000768e-5
therm - EEC (EEC)
|
|
Factors for therm - EEC (EEC)
|
|
1 Btu (mean) =
1.001014e-5
therm - USA
|
|
Factors for therm - USA
|
|
1 Btu (mean) =
0.0002522505
thermie - France
|
|
Factors for thermie - France
|
|
1 Btu (mean) =
2.52359e-7
ton (metric, explosive energy)
|
|
Factors for ton (metric, explosive energy)
|
|
1 Btu (mean) =
0.2932972
watthour
|
|
Factors for watthour
|
|
1 Btu (mean) =
1055.87
wattsecond
|
|
Factors for wattsecond
|
|
1 Btu (mean) =
1055.87
yoctojoule
|
|
Factors for yoctojoule
|
|
1 Btu (mean) =
1055.87
yottajoule
|
|
Factors for yottajoule
|
|
1 Btu (mean) =
293.2972
yottawatthour
|
|
Factors for yottawatthour
|
|
1 Btu (mean) =
1055.87
zeptojoule
|
|
Factors for zeptojoule
|
|
1 Btu (mean) =
1055.87
zettajoule
|
|
Factors for zettajoule
|
|
1 Btu (mean) =
293.2972
zettawatthour
|
|
Factors for zettawatthour
|