Rankine to Newton (°R to ºN)

Metric Conversions.

Newton to Rankine (ºN to °R) (Swap units)

1°R = -89.95617ºN

Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.

Rankine to Newton (ºR to ºN) formula

Newton = (Rankine - 491.67) / 5.45454555

Rankine to Newton calculation

Newton = (Rankine - 491.67) / 5.45454555

Newton = (0 - 491.67) / 5.4545454545455

Newton = -491.67 / 5.4545454545455

Newton = -90.1395

About Rankine

Rankine is temperature unit normally used in thermodynamics. It is named after the Scottish engineer and physicist William John Macquorn Rankine, who is know for his work in thermodynamics. The Rankine scale is based on the Fahrenheit scale with degree increments identical but starting at absolute zero.

With the zero point at absolute zero (-459.67°F) it is easy to convert between Rankine and Fahrenheit: simply subtract 459.67.

The Rankine scale is not normally used in everyday life as it is an engineering unit particularly thermodynamics in the United States.

About Newton (temperature scale)

The Newton scale is a temperature scale that is now obsolete.

On the Newton scale the zero point is the freezing point of water and 33 degrees is the boiling point. This means that each degree on the Newton scale is significantly larger than a degree on the Celsius or Fahrenheit scales.

The Newton scale has been consigned to the history books but may be referenced in some (very) old textbooks.

 

Rankine to Newton table

Starting value
Increment
Accuracy
Rankine
Newton
0°R
-90.13950ºN
1°R
-89.95617ºN
2°R
-89.77283ºN
3°R
-89.58950ºN
4°R
-89.40617ºN
5°R
-89.22283ºN
6°R
-89.03950ºN
7°R
-88.85617ºN
8°R
-88.67283ºN
9°R
-88.48950ºN
10°R
-88.30617ºN
11°R
-88.12283ºN
12°R
-87.93950ºN
13°R
-87.75617ºN
14°R
-87.57283ºN
15°R
-87.38950ºN
16°R
-87.20617ºN
17°R
-87.02283ºN
18°R
-86.83950ºN
19°R
-86.65617ºN
20°R
-86.47283ºN
21°R
-86.28950ºN
22°R
-86.10617ºN
23°R
-85.92283ºN
24°R
-85.73950ºN
25°R
-85.55617ºN
26°R
-85.37283ºN
27°R
-85.18950ºN
28°R
-85.00617ºN
29°R
-84.82283ºN
30°R
-84.63950ºN
31°R
-84.45617ºN
32°R
-84.27283ºN
33°R
-84.08950ºN
34°R
-83.90617ºN
35°R
-83.72283ºN
36°R
-83.53950ºN
37°R
-83.35617ºN
38°R
-83.17283ºN
39°R
-82.98950ºN
40°R
-82.80617ºN
41°R
-82.62283ºN
42°R
-82.43950ºN
43°R
-82.25617ºN
44°R
-82.07283ºN
45°R
-81.88950ºN
46°R
-81.70617ºN
47°R
-81.52283ºN
48°R
-81.33950ºN
49°R
-81.15617ºN
50°R
-80.97283ºN
51°R
-80.78950ºN
52°R
-80.60617ºN
53°R
-80.42283ºN
54°R
-80.23950ºN
55°R
-80.05617ºN
56°R
-79.87283ºN
57°R
-79.68950ºN
58°R
-79.50617ºN
59°R
-79.32283ºN
60°R
-79.13950ºN
61°R
-78.95617ºN
62°R
-78.77283ºN
63°R
-78.58950ºN
64°R
-78.40617ºN
65°R
-78.22283ºN
66°R
-78.03950ºN
67°R
-77.85617ºN
68°R
-77.67283ºN
69°R
-77.48950ºN
70°R
-77.30617ºN
71°R
-77.12283ºN
72°R
-76.93950ºN
73°R
-76.75617ºN
74°R
-76.57283ºN
75°R
-76.38950ºN
76°R
-76.20617ºN
77°R
-76.02283ºN
78°R
-75.83950ºN
79°R
-75.65617ºN
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