The Rømer scale (also Roemer) is a temperature scale named after the Danish astronomer Ole Christensen Rømer, who proposed it in 1701. It is based on the freezing point of pure water being 7.5 degrees and the boiling point of water as 60 degrees.
The Rømer scale (also Roemer) is a temperature scale named after the Danish astronomer Ole Christensen Rømer, who proposed it in 1701. It is based on the freezing point of pure water being 7.5 degrees and the boiling point of water as 60 degrees.
In relation to the base unit of [temperature] => (kelvin), 1 Romer (°Rø) is equal to 260.76904761905 kelvin, while 1 Romer (°Rø) = 260.76904761905 kelvin.| 1 Romer | to common temperature units |
|---|---|
| 1 °Rø | = -12.380952380952 celsius (°C) |
| 1 °Rø | = 260.76904761905 kelvin (K) |
| 1 °Rø | = 9.7142857142856 fahrenheit (°F) |
| 1 °Rø | = 469.38428571429 rankine (°R) |
| 1 °Rø | = 168.57142857143 delisle (°De) |
| 1 °Rø | = -4.0857142857143 newton scale (°N) |
| 1 °Rø | = -9.9047619047619 reaumur (°Re) |
| 1 °Rø | = 0.99999999999999 romer (°Rø) |
| Romer | to Romer (table conversion) |
|---|---|
| 1 °Rø | = 0.99999999999999 °Rø |
| 2 °Rø | = 2 °Rø |
| 3 °Rø | = 3 °Rø |
| 4 °Rø | = 4 °Rø |
| 5 °Rø | = 5 °Rø |
| 6 °Rø | = 6 °Rø |
| 7 °Rø | = 7 °Rø |
| 8 °Rø | = 8 °Rø |
| 9 °Rø | = 9 °Rø |
| 10 °Rø | = 10 °Rø |
| 20 °Rø | = 20 °Rø |
| 30 °Rø | = 30 °Rø |
| 40 °Rø | = 40 °Rø |
| 50 °Rø | = 50 °Rø |
| 60 °Rø | = 60 °Rø |
| 70 °Rø | = 70 °Rø |
| 80 °Rø | = 80 °Rø |
| 90 °Rø | = 90 °Rø |
| 100 °Rø | = 100 °Rø |
| 200 °Rø | = 200 °Rø |
| 300 °Rø | = 300 °Rø |
| 400 °Rø | = 400 °Rø |
| 500 °Rø | = 500 °Rø |
| 600 °Rø | = 600 °Rø |
| 700 °Rø | = 700 °Rø |
| 800 °Rø | = 800 °Rø |
| 900 °Rø | = 900 °Rø |
| 1000 °Rø | = 1000 °Rø |
| 2000 °Rø | = 2000 °Rø |
| 4000 °Rø | = 4000 °Rø |
| 5000 °Rø | = 5000 °Rø |
| 7500 °Rø | = 7500 °Rø |
| 10000 °Rø | = 10000 °Rø |
| 25000 °Rø | = 25000 °Rø |
| 50000 °Rø | = 50000 °Rø |
| 100000 °Rø | = 100000 °Rø |
| 1000000 °Rø | = 1000000 °Rø |
| 1000000000 °Rø | = 1000000000 °Rø |