How to convert °F·h per BTU to kelvins per watt
K/W = °F⋅h/BTU × 1.895634241Multiply the value in °F·h per BTU by 1.895634241. To go the other way, multiply by 0.5275279263 (or divide by 1.895634241).
A degree Fahrenheit hour per BTU is larger than a kelvin per watt: one degree Fahrenheit hour per BTU contains 1.895634241 kelvins per watt.
Worked examples
- 1 degree Fahrenheit hour per BTU1 °F⋅h/BTU × 1.895634241 = 1.895634241 K/W
- 5 °F·h per BTU5 °F⋅h/BTU × 1.895634241 = 9.478171203 K/W
- 10 °F·h per BTU10 °F⋅h/BTU × 1.895634241 = 18.95634241 K/W
- 20 °F·h per BTU20 °F⋅h/BTU × 1.895634241 = 37.91268481 K/W
- 100 °F·h per BTU100 °F⋅h/BTU × 1.895634241 = 189.5634241 K/W
°F·h per BTU to kelvins per watt conversion table
Values are calculated by the conversion engine and rounded to 8 significant figures.
| °F·h per BTU (°F⋅h/BTU) | Kelvins per watt (K/W) |
|---|---|
| 0.1 °F⋅h/BTU | 0.18956342 K/W |
| 0.25 °F⋅h/BTU | 0.47390856 K/W |
| 0.5 °F⋅h/BTU | 0.94781712 K/W |
| 1 °F⋅h/BTU | 1.8956342 K/W |
| 2 °F⋅h/BTU | 3.7912685 K/W |
| 3 °F⋅h/BTU | 5.6869027 K/W |
| 4 °F⋅h/BTU | 7.582537 K/W |
| 5 °F⋅h/BTU | 9.4781712 K/W |
| 6 °F⋅h/BTU | 11.373805 K/W |
| 7 °F⋅h/BTU | 13.26944 K/W |
| 8 °F⋅h/BTU | 15.165074 K/W |
| 9 °F⋅h/BTU | 17.060708 K/W |
| 10 °F⋅h/BTU | 18.956342 K/W |
| °F·h per BTU (°F⋅h/BTU) | Kelvins per watt (K/W) |
|---|---|
| 12 °F⋅h/BTU | 22.747611 K/W |
| 15 °F⋅h/BTU | 28.434514 K/W |
| 20 °F⋅h/BTU | 37.912685 K/W |
| 25 °F⋅h/BTU | 47.390856 K/W |
| 30 °F⋅h/BTU | 56.869027 K/W |
| 40 °F⋅h/BTU | 75.82537 K/W |
| 50 °F⋅h/BTU | 94.781712 K/W |
| 75 °F⋅h/BTU | 142.17257 K/W |
| 100 °F⋅h/BTU | 189.56342 K/W |
| 250 °F⋅h/BTU | 473.90856 K/W |
| 500 °F⋅h/BTU | 947.81712 K/W |
| 1,000 °F⋅h/BTU | 1,895.6342 K/W |
About the units
Degree Fahrenheit hour per BTU (°F⋅h/BTU)
The degree Fahrenheit hour per BTU (°F⋅h/BTU) is a unit of thermal resistance in the US customary system. One degree Fahrenheit hour per BTU equals 1.895634241 kelvins per watt (K/W).
Kelvin per watt (K/W)
The kelvin per watt (K/W) is a unit of thermal resistance in the International System of Units (SI).
Frequently asked questions
How many kelvins per watt are in one degree Fahrenheit hour per BTU?
There are 1.895634241 kelvins per watt in one degree Fahrenheit hour per BTU, and this value is exact by definition.
How do I convert °F·h per BTU to kelvins per watt?
Multiply the number of °F·h per BTU by 1.895634241. For example, 10 °F⋅h/BTU × 1.895634241 = 18.95634241 K/W.
How many °F·h per BTU are in one kelvin per watt?
One kelvin per watt equals 0.5275279263 °F·h per BTU. That is the reverse factor, 1 ÷ 1.895634241.
What is 10 °F·h per BTU in kelvins per watt?
10 °F⋅h/BTU = 18.95634241 K/W.
Is this °F⋅h/BTU to K/W converter accurate?
Yes. Both units are defined exactly in terms of SI units, so the conversion factor is exact; results are shown to 12 significant figures by default and you can change precision in the converter. Calculations run in your browser using the same tested engine that generated this page.