The Rankine scale is a thermodynamic temperature based on an absolute scale named after the Glasgow University engineer and physicist William John Macquorn Rankine, who proposed it in 1859. (The Kelvin scale was ..more definition+
The Reaumur scale, symbol (°Ré, °Re, °r), also known as the "octogesimal division", is a temperature scale for which the freezing and boiling points of water are defined as 0 and 80 degrees respectively. The scal ..more definition+
1 Rankine | Converted to Common temperature Units |
---|---|
1 °R | -272.59444444444 celsius (°C) |
1 °R | 0.55555555555556 kelvin (K) |
1 °R | -458.67 fahrenheit (°F) |
1 °R | 1 rankine (°R) |
1 °R | 558.89166666667 delisle (°De) |
1 °R | -89.956166666667 newton scale (°N) |
1 °R | -218.07555555556 reaumur (°Re) |
1 °R | -135.61208333333 romer (°Rø) |
Rankine | to Reaumur (table conversion) |
---|---|
1 °R | = -218.07555555556 °Re |
2 °R | = -218.07555555556 °Re |
3 °R | = -218.07555555556 °Re |
4 °R | = -218.07555555556 °Re |
5 °R | = -218.07555555556 °Re |
6 °R | = -218.07555555556 °Re |
7 °R | = -218.07555555556 °Re |
8 °R | = -218.07555555556 °Re |
9 °R | = -218.07555555556 °Re |
10 °R | = -218.07555555556 °Re |
20 °R | = -218.07555555556 °Re |
30 °R | = -218.07555555556 °Re |
40 °R | = -218.07555555556 °Re |
50 °R | = -218.07555555556 °Re |
60 °R | = -218.07555555556 °Re |
70 °R | = -218.07555555556 °Re |
80 °R | = -218.07555555556 °Re |
90 °R | = -218.07555555556 °Re |
100 °R | = -218.07555555556 °Re |
200 °R | = -218.07555555556 °Re |
300 °R | = -218.07555555556 °Re |
400 °R | = -218.07555555556 °Re |
500 °R | = -218.07555555556 °Re |
600 °R | = -218.07555555556 °Re |
700 °R | = -218.07555555556 °Re |
800 °R | = -218.07555555556 °Re |
900 °R | = -218.07555555556 °Re |
1000 °R | = -218.07555555556 °Re |
2000 °R | = -218.07555555556 °Re |
4000 °R | = -218.07555555556 °Re |
5000 °R | = -218.07555555556 °Re |
7500 °R | = -218.07555555556 °Re |
10000 °R | = -218.07555555556 °Re |
25000 °R | = -218.07555555556 °Re |
50000 °R | = -218.07555555556 °Re |
100000 °R | = -218.07555555556 °Re |
1000000 °R | = -218.07555555556 °Re |
1000000000 °R | = -218.07555555556 °Re |