Réaumur (°Ré) to Newton (°N) converter
Réaumur (°Ré) to Newton (°N) converter
Converting from Réaumur (°Ré) to Newton (°N) | Temperature
What is Réaumur (°Ré)
Réaumur is a temperature scale developed by René Antoine Ferchault de Réaumur in 1730. On the Réaumur scale, water freezes at 0°Ré and boils at 80°Ré. It is mainly used in historical contexts and is not commonly used today.
What is Newton (°N)
Newton is another historical temperature scale proposed by Sir Isaac Newton. On the Newton scale, water freezes at 0°N and boils at 33°N. Similar to Réaumur, the Newton scale is not widely used in modern applications.
Conversion Formulas
The formulas for converting temperatures from Réaumur to Newton and vice versa are as follows:
- To convert from Réaumur (°Ré) to Newton (°N):
°N=0.4125×°Ré
- To convert from Newton (°N) to Réaumur (°Ré):
°Ré=2.424242×°N
Examples
- Converting 8°Ré to °N:
°N=0.4125×8=3.3
- Converting 5°Ré to °N:
°N=0.4125×5=2.0625
- Converting 11°N to °Ré:
°Ré=2.424242×11=26.66667
Conclusion
Use this page to easily convert temperatures between Réaumur (°Ré) and Newton (°N) scales. Whether you are exploring historical temperature measurements or need to perform specialized calculations, these conversion formulas can help you make the necessary adjustments.
Réaumur to Newton conversion table
°Ré to °N conversion table
Réaumur (°Ré) | Newton (°N) |
---|---|
0.01 °Ré | 0.004125 °N |
0.1 °Ré | 0.04125 °N |
1 °Ré | 0.4125 °N |
2 °Ré | 0.825 °N |
3 °Ré | 1.2375 °N |
4 °Ré | 1.65 °N |
5 °Ré | 2.0625 °N |
6 °Ré | 2.475 °N |
7 °Ré | 2.8875 °N |
8 °Ré | 3.3 °N |
9 °Ré | 3.7125 °N |
10 °Ré | 4.125 °N |
10 °Ré | 4.125 °N |
20 °Ré | 8.25 °N |
30 °Ré | 12.375 °N |
40 °Ré | 16.5 °N |
50 °Ré | 20.625 °N |
60 °Ré | 24.75 °N |
70 °Ré | 28.875 °N |
80 °Ré | 33 °N |
90 °Ré | 37.125 °N |
100 °Ré | 41.25 °N |
1 000 °Ré | 412.5 °N |
2 000 °Ré | 825 °N |
3 000 °Ré | 1 237.5 °N |
4 000 °Ré | 1 650 °N |
5 000 °Ré | 2 062.5 °N |
6 000 °Ré | 2 475 °N |
7 000 °Ré | 2 887.5 °N |
8 000 °Ré | 3 300 °N |
9 000 °Ré | 3 712.5 °N |
10 000 °Ré | 4 125 °N |