How do you convert BTU lb F to kJ kg K?
By using our BTU/Pound/Fahrenheit to Kilojoule/Kilogram/Kelvin conversion tool, you know that one BTU/Pound/Fahrenheit is equivalent to 4.19 Kilojoule/Kilogram/Kelvin. Hence, to convert BTU/Pound/Fahrenheit to Kilojoule/Kilogram/Kelvin, we just need to multiply the number by 4.19.
What is BTU lb * r?
An international British thermal unit per pound per degree Rankine (Btu(IT)/lb·°R) is a unit of specific heat capacity in the US Customary Units and British Imperial Units.
Is J kg K the same as J kg C?
Assuming you mean kJ/(kg K) and kJ/(kg C), where K stands for a unit on the Kelvin temperature scale and the C for a unit on the Celsius temperature scale, the answer is yes because the Celcius and Kelvin scale have the same unit but different zero points.
What units are BTU?
A British thermal unit (Btu) is a measure of the heat content of fuels or energy sources. It is the quantity of heat required to raise the temperature of one pound of liquid water by 1 degree Fahrenheit at the temperature that water has its greatest density (approximately 39 degrees Fahrenheit).
How do you convert J kg to J?
Please provide values below to convert joule/kilogram [J/kg] to joule/gram [J/g], or vice versa….Joule/kilogram to Joule/gram Conversion Table.
| Joule/kilogram [J/kg] | Joule/gram [J/g] |
|---|---|
| 0.1 J/kg | 0.0001 J/g |
| 1 J/kg | 0.001 J/g |
| 2 J/kg | 0.002 J/g |
| 3 J/kg | 0.003 J/g |
What is specific heat of air?
At 300 K (27oC) , the specific heat of air is 1.005 kJ/kg⋅K .
Is BTU the same as kW?
Simple. Just multiply BTUs by 0.00029307108333333 kW. Result: 12000 BTU is equal to 3.52 kW. To help you out, we have designed a BTU to kW calculator, complete with a BTU to kW chart….BTU To kW Conversion Table.
| BTU: | kW: |
|---|---|
| 10000 BTU to kW: | 2.93 kW |
| 12000 BTU to kW: | 3.52 kW |
| 14000 BTU to kW: | 4.10 kW |
| 16000 BTU to kW: | 4.69 kW |
What is 12000 BTU in kW?
3.5kw
BTU VALUE CONVERSION TABLE
| BTU | KW |
|---|---|
| 9000 BTU | 2.6kw |
| 12000 BTU | 3.5kw |
| 15000 BTU | 4.3kw |
| 17000 BTU | 4.98kw |
How do you convert BTU to kJ/kg?
1 btu/pound °f (BTU/lb∙°F) is equal to 4.1868 kilojoule/kilogram k (kJ/kg∙K). The specific heat C in kilojoule/kilogram k (kJ/kg∙K) is equal to the specific heat C in btu/pound °f (BTU/lb∙°F) times 4.1868, that conversion formula: C (kJ/kg∙K) = C (BTU/lb∙°F) × 4.1868
What is the value of 1 BTU to J?
Btu/(lb.F)↔J/(kg.C) 1Btu/(lb.F) = 4186.798188J/(kg.C) Btu/(lb.F)↔J/(g.C) 1Btu/(lb.F) = 4.186798J/(g.C)
How many Btus are in a kilogram K?
1 BTU/Pound °F (BTU/lb∙°F) =. 4.1868 Kilojoule/Kilogram K (kJ/kg∙K) BTU/Pound °F : The British thermal unit per pound per degree Fahrenheit is a unit of specific heat capacity in British Imperial Units and the US Customary Units. Its symbol is Btu/lb•°F.
How do you convert joules to BTUs?
1 joule/kilogram/°C = 0.00023900573613767 Btu (th)/pound/°F 1 Btu (th)/pound/°F = 4184 joule/kilogram/°C Example:convert 87 J/(kg*°C) to Btu (th)/pound/°F: 87 J/(kg*°C) = 364008 Btu (th)/pound/°F
How kJ kg and BTU lb are related?
kJ/kg↔Btu/lb 1 Btu/lb = 2.3260002917735 kJ/kg.
How do you convert BTU lb to kJ mol?
Kilojoule/kilogram to Btu (IT)/pound Conversion Table
- kJ/kg. 0.4299226139 Btu/lb.
- kJ/kg. 0.8598452279 Btu/lb.
- kJ/kg.
Is J kgK the same as J KGC?
What does BTU lb mean?
BTUs per pound
BTU/lb means BTUs per pound, an imperial unit of measure used to describe the amount of heat released on combustion of one pound of material, such as coal, under specific conditions.
How do you convert kJ kg to kW?
The answer is one Kilojoule/Kilogram is equal to 0.00027777777777778 Kilowatt Hour/Kilogram. Feel free to use our online unit conversion calculator to convert the unit from Kilojoule/Kilogram to Kilowatt Hour/Kilogram. Just simply enter value 1 in Agate Line and see the result in Kilowatt Hour/Kilogram.
How do you convert KJ kg to kW?
How do you convert kJ kg to J kg?
kJ/kg↔J/kg 1 kJ/kg = 1000 J/kg.
What does J kgK mean?
A joule per kilogram per kelvin (J/kg·K) is a SI-derived unit of specific heat capacity. A material has a heat capacity of 1 J/kg·K if heat energy of one joule is required to raise the temperature of one kilogram of this material by one kelvin.