Rømer to Newton (°Rø to ºN)

Metric Conversions.

Newton to Rømer (ºN to °Rø) (Swap units)

1°Rø = -4.08571ºN

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.

Rømer to Newton (°Rø to ºN) formula

Newton = (Rømer - 7.5) / 1.59090909

Rømer to Newton calculation

Newton = (Rømer - 7.5) / 1.59090909

Newton = (0 - 7.5) / 1.5909090909091

Newton = -7.5 / 1.5909090909091

Newton = -4.71429

About Rømer

Ole Rømer made significant contributions to the field of temperature measurement.

He was a Danish astronomer known for his work in the late 17th century. The Rømer scale (also known as the Danish scale) was based on the freezing and boiling points of water as many temperature scales are. Rømer's scale used the freezing and boiling reference points as 0 degrees and 60 degrees respectively. While the Rømer scale is no longer used it played a role as an early precursor to the Celsius scale.

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.

 

Rømer to Newton table

Starting value
Increment
Accuracy
Rømer
Newton
0°Rø
-4.71429ºN
1°Rø
-4.08571ºN
2°Rø
-3.45714ºN
3°Rø
-2.82857ºN
4°Rø
-2.20000ºN
5°Rø
-1.57143ºN
6°Rø
-0.94286ºN
7°Rø
-0.31429ºN
8°Rø
0.31429ºN
9°Rø
0.94286ºN
10°Rø
1.57143ºN
11°Rø
2.20000ºN
12°Rø
2.82857ºN
13°Rø
3.45714ºN
14°Rø
4.08571ºN
15°Rø
4.71429ºN
16°Rø
5.34286ºN
17°Rø
5.97143ºN
18°Rø
6.60000ºN
19°Rø
7.22857ºN
20°Rø
7.85714ºN
21°Rø
8.48571ºN
22°Rø
9.11429ºN
23°Rø
9.74286ºN
24°Rø
10.37143ºN
25°Rø
11.00000ºN
26°Rø
11.62857ºN
27°Rø
12.25714ºN
28°Rø
12.88571ºN
29°Rø
13.51429ºN
30°Rø
14.14286ºN
31°Rø
14.77143ºN
32°Rø
15.40000ºN
33°Rø
16.02857ºN
34°Rø
16.65714ºN
35°Rø
17.28571ºN
36°Rø
17.91429ºN
37°Rø
18.54286ºN
38°Rø
19.17143ºN
39°Rø
19.80000ºN
40°Rø
20.42857ºN
41°Rø
21.05714ºN
42°Rø
21.68571ºN
43°Rø
22.31429ºN
44°Rø
22.94286ºN
45°Rø
23.57143ºN
46°Rø
24.20000ºN
47°Rø
24.82857ºN
48°Rø
25.45714ºN
49°Rø
26.08571ºN
50°Rø
26.71429ºN
51°Rø
27.34286ºN
52°Rø
27.97143ºN
53°Rø
28.60000ºN
54°Rø
29.22857ºN
55°Rø
29.85714ºN
56°Rø
30.48571ºN
57°Rø
31.11429ºN
58°Rø
31.74286ºN
59°Rø
32.37143ºN
60°Rø
33.00000ºN
61°Rø
33.62857ºN
62°Rø
34.25714ºN
63°Rø
34.88571ºN
64°Rø
35.51429ºN
65°Rø
36.14286ºN
66°Rø
36.77143ºN
67°Rø
37.40000ºN
68°Rø
38.02857ºN
69°Rø
38.65714ºN
70°Rø
39.28571ºN
71°Rø
39.91429ºN
72°Rø
40.54286ºN
73°Rø
41.17143ºN
74°Rø
41.80000ºN
75°Rø
42.42857ºN
76°Rø
43.05714ºN
77°Rø
43.68571ºN
78°Rø
44.31429ºN
79°Rø
44.94286ºN
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