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British-thermal-unit Group

 

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Name:

Abbreviation:

Btu

Other Names:

British-thermal-unit-IT, Btu-IT, BThU, BThU-IT

Quantity:

Metric (SI) Equivalents:

1.0550558526 kilojoules
1.0550558526 kilonewton meters
1055.0558526 meter^2 kilograms / second^2

Metric (SI) Dimensions:

length^2 × mass × time^-2

Description in Terms of
Other Units and Constants:

Notes:

(1) The "IT" suffix indicates that this is the International Steam Table definition.

(2) The metric (SI) equivalents above were calculated from exact values using double-precision arithmetic.

  

Name:

Abbreviation:

Btu-39

Another Name:

BThU-39

Quantity:

Metric (SI) Equivalents:

1.05967 kilojoules
1.05967 kilonewton meters
1059.67 meter^2 kilograms / second^2

Metric (SI) Dimensions:

length^2 × mass × time^-2

Note:

This is the value at 39 degrees Fahrenheit.

  

Name:

Abbreviation:

Btu-59

Another Name:

BThU-59

Quantity:

Metric (SI) Equivalents:

Metric (SI) Dimensions:

length^2 × mass × time^-2

Note:

This is the value at 59 degrees Fahrenheit.

  

Name:

Abbreviation:

Btu-60

Another Name:

BThU-60

Quantity:

Metric (SI) Equivalents:

1.05468 kilojoules
1.05468 kilonewton meters
1054.68 meter^2 kilograms / second^2

Metric (SI) Dimensions:

length^2 × mass × time^-2

Note:

This is the value at 60 degrees Fahrenheit.

  

Name:

Abbreviation:

Btu-mean

Another Name:

BThU-mean

Quantity:

Metric (SI) Equivalents:

1.05587 kilojoules
1.05587 kilonewton meters
1055.87 meter^2 kilograms / second^2

Metric (SI) Dimensions:

length^2 × mass × time^-2

Note:

This is the average value from 0 degrees Celsius to 100 degrees Celsius.

  

Name:

Abbreviation:

Btu-th

Another Name:

BThU-th

Quantity:

Metric (SI) Equivalents:

1.0543502645 kilojoules
1.0543502645 kilonewton meters
1054.3502645 meter^2 kilograms / second^2

Metric (SI) Dimensions:

length^2 × mass × time^-2

Description in Terms of
Other Units and Constants:

Notes:

(1) The "th" suffix indicates that this is the Thermochemical definition.

(2) The metric (SI) equivalents above were calculated from exact values using double-precision arithmetic.

  

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