Temperature is a measure of the average kinetic energy of the particles in a substance. It indicates how hot or cold an object is. The base unit of temperature in the International System of Units (SI) is the kelvin (K), though Celsius (°C) and Fahrenheit (°F) are commonly used in everyday applications.
1 °Rø = -0.124 °C
1 °C = 60 °Rø
Example:
Convert 15 Rømer to Boiling Point of Water:
15 °Rø = 0.143 °C
Rømer | Boiling Point of Water |
---|---|
0.01 °Rø | -0.143 °C |
0.1 °Rø | -0.141 °C |
1 °Rø | -0.124 °C |
2 °Rø | -0.105 °C |
3 °Rø | -0.086 °C |
5 °Rø | -0.048 °C |
10 °Rø | 0.048 °C |
20 °Rø | 0.238 °C |
30 °Rø | 0.429 °C |
40 °Rø | 0.619 °C |
50 °Rø | 0.81 °C |
60 °Rø | 1 °C |
70 °Rø | 1.19 °C |
80 °Rø | 1.381 °C |
90 °Rø | 1.571 °C |
100 °Rø | 1.762 °C |
250 °Rø | 4.619 °C |
500 °Rø | 9.381 °C |
750 °Rø | 14.143 °C |
1000 °Rø | 18.905 °C |
10000 °Rø | 190.333 °C |
100000 °Rø | 1,904.619 °C |