Fahrenheit Second/BTU to Celsius Second/BTU Converter
How many Celsius Second/BTU are in a Fahrenheit Second/BTU?
The answer is one Fahrenheit Second/BTU is equal to 0.55555555555556 Celsius Second/BTU and that means we can also write it as 1 Fahrenheit Second/BTU = 0.55555555555556 Celsius Second/BTU. Feel free to use our online unit conversion calculator to convert the unit from Fahrenheit Second/BTU to Celsius Second/BTU. Just simply enter value 1 in Fahrenheit Second/BTU and see the result in Celsius Second/BTU. Convert 1 Fahrenheit Second/BTU to Celsius Second/BTU
How to Convert Fahrenheit Second/BTU to Celsius Second/BTU (°F·s/BTU to °C·s/BTU)
By using our Fahrenheit Second/BTU to Celsius Second/BTU conversion tool, you know that one Fahrenheit Second/BTU is equivalent to 0.55555555555556 Celsius Second/BTU. Hence, to convert Fahrenheit Second/BTU to Celsius Second/BTU, we just need to multiply the number by 0.55555555555556. We are going to use very simple Fahrenheit Second/BTU to Celsius Second/BTU conversion formula for that. Pleas see the calculation example given below.
\(\text{1 Fahrenheit Second/BTU} = 1 \times 0.55555555555556 = \text{0.55555555555556 Celsius Second/BTU}\)
What is Fahrenheit Second/BTU Unit of Measure?
Fahrenheit second per BTU is a unit of measurement for thermal resistance. By definition, a material is known to have thermal resistance of one Fahrenheit second per BTU if one BTU of energy flow through it in one second results in the temperature difference across the material of one Fahrenheit.
What is the symbol of Fahrenheit Second/BTU?
The symbol of Fahrenheit Second/BTU is °F·s/BTU. This means you can also write one Fahrenheit Second/BTU as 1 °F·s/BTU.
What is Celsius Second/BTU Unit of Measure?
Celsius second per BTU is a unit of measurement for thermal resistance. By definition, a material is known to have thermal resistance of one Celsius second per BTU if one BTU of energy flow through it in one second results in the temperature difference across the material of one Celsius.
What is the symbol of Celsius Second/BTU?
The symbol of Celsius Second/BTU is °C·s/BTU. This means you can also write one Celsius Second/BTU as 1 °C·s/BTU.
Fahrenheit Second/BTU to Celsius Second/BTU Conversion Table
| Fahrenheit Second/BTU [°F·s/BTU] | Celsius Second/BTU [°C·s/BTU] |
|---|---|
| 1 | 0.55555555555556 |
| 2 | 1.11 |
| 3 | 1.67 |
| 4 | 2.22 |
| 5 | 2.78 |
| 6 | 3.33 |
| 7 | 3.89 |
| 8 | 4.44 |
| 9 | 5 |
| 10 | 5.56 |
| 100 | 55.56 |
| 1000 | 555.56 |
Fahrenheit Second/BTU to Other Units Conversion Table
| Fahrenheit Second/BTU [°F·s/BTU] | Output |
|---|---|
| 1 fahrenheit second/btu in kelvin/watt is equal to | 0.00052656506684073 |
| 1 fahrenheit second/btu in celsius/watt is equal to | 0.00052656506684073 |
| 1 fahrenheit second/btu in fahrenheit/watt is equal to | 0.00094781712031332 |
| 1 fahrenheit second/btu in kelvin hour/btu is equal to | 0.00015432098765432 |
| 1 fahrenheit second/btu in celsius hour/btu is equal to | 0.00015432098765432 |
| 1 fahrenheit second/btu in fahrenheit hour/btu is equal to | 0.00027777777777778 |
| 1 fahrenheit second/btu in kelvin hour/btu [th] is equal to | 0.0001542177878314 |
| 1 fahrenheit second/btu in celsius hour/btu [th] is equal to | 0.0001542177878314 |
| 1 fahrenheit second/btu in fahrenheit hour/btu [th] is equal to | 0.00027759201809652 |
| 1 fahrenheit second/btu in kelvin second/btu is equal to | 0.55555555555556 |
| 1 fahrenheit second/btu in celsius second/btu is equal to | 0.55555555555556 |
| 1 fahrenheit second/btu in kelvin second/btu [th] is equal to | 0.55518403619305 |
| 1 fahrenheit second/btu in celsius second/btu [th] is equal to | 0.55518403619305 |
| 1 fahrenheit second/btu in fahrenheit second/btu [th] is equal to | 0.99933126514748 |
Convert Fahrenheit Second/BTU to Other Thermal Resistance Units
Disclaimer:We make a great effort in making sure that conversion is as accurate as possible, but we cannot guarantee that. Before using any of the conversion tools or data, you must validate its correctness with an authority.
Disclaimer | TOS | About | Privacy
Copyright@2024