| From °F | To °R | All conversion |
|---|---|---|
| 1 °F | 460.66999999999996 °R | |
| 2 °F | 461.66999999999996 °R | |
| 3 °F | 462.67 °R | |
| 4 °F | 463.67 °R | |
| 5 °F | 464.66999999999996 °R | |
| 6 °F | 465.66999999999996 °R | |
| 7 °F | 466.6699999999999 °R | |
| 8 °F | 467.67 °R | |
| 9 °F | 468.66999999999996 °R | |
| 10 °F | 469.66999999999996 °R |
The Fahrenheit scale, denoted as °F, is primarily used in the United States and its territories. Developed by Daniel Gabriel Fahrenheit in the early 18th century, this scale sets the freezing point of water at 32°F and the boiling point at 212°F. The Fahrenheit scale is commonly used in weather forecasts, cooking, and other everyday applications in regions where it is the standard.
The Rankine scale, symbolized as °R, is an absolute temperature scale used mainly in engineering fields, particularly in the United States. It combines the Fahrenheit degree with the concept of absolute zero, starting at 0°R. The Rankine scale is essential in thermodynamic calculations where temperature differences are measured in Fahrenheit degrees, such as in aerospace and mechanical engineering applications.
1 Fahrenheit = 255.92777777777775 Kelvin
Convert 2 °F → K1 Fahrenheit = -17.22222222222223 Celsius
Convert 2 °F → °C1 Fahrenheit = 460.66999999999996 Rankine
Convert 2 °F → °R1 Fahrenheit = 175.83333333333334 Delisle
Convert 2 °F → °De1 Fahrenheit = -5.683333333333335 Newton
Convert 2 °F → °N1 Fahrenheit = -13.777777777777784 Réaumur
Convert 2 °F → °Ré1 Fahrenheit = -1.5416666666666696 Rømer
Convert 2 °F → °Rø