Newton to Réaumur (°N → °Ré)

2.4242

1.0000 °N = 2.4242 °Ré

Formula

°N → kelvin → °Ré
RéaumurNewton (Swap Units)

Conversion Table

°N°Ré
00
1.00002.4242
2.00004.8485
3.00007.2727
4.00009.6970
5.000012.121
6.000014.545
7.000016.970
8.000019.394
9.000021.818
10.00024.242
11.00026.667
12.00029.091
13.00031.515
14.00033.939
15.00036.364
16.00038.788
17.00041.212
18.00043.636
19.00046.061
°N°Ré
20.00048.485
21.00050.909
22.00053.333
23.00055.758
24.00058.182
25.00060.606
26.00063.030
27.00065.455
28.00067.879
29.00070.303
30.00072.727
31.00075.152
32.00077.576
33.00080.000
34.00082.424
35.00084.848
36.00087.273
37.00089.697
38.00092.121
39.00094.545
°N°Ré
40.00096.970
41.00099.394
42.000101.82
43.000104.24
44.000106.67
45.000109.09
46.000111.52
47.000113.94
48.000116.36
49.000118.79
50.000121.21
51.000123.64
52.000126.06
53.000128.48
54.000130.91
55.000133.33
56.000135.76
57.000138.18
58.000140.61
59.000143.03
°N°Ré
60.000145.45
61.000147.88
62.000150.30
63.000152.73
64.000155.15
65.000157.58
66.000160.00
67.000162.42
68.000164.85
69.000167.27
70.000169.70
71.000172.12
72.000174.55
73.000176.97
74.000179.39
75.000181.82
76.000184.24
77.000186.67
78.000189.09
79.000191.52

Newton to Réaumur Conversion

Converting Newton (°N) to Réaumur (°Ré) is a common temperature conversion. 1 °N equals 2.424242 °Ré. For example, 100 °N is equal to 242.424242 °Ré.

Quick Mental Math: Newton to Réaumur

Multiply by 2.42 to convert newton to reaumur.

Why is converting Newton to Réaumur tricky?

The conversion factor requires careful attention to avoid reversing the operation.

Reference Temperatures

Absolute zero: -90.1395 °N = -218.52 °Ré. Water freezing point: 0 °N = 0 °Ré. Room temperature: 6.6 °N = 16 °Ré. Body temperature: 12.21 °N = 29.6 °Ré. Water boiling point: 33 °N = 80 °Ré.

What is Newton?

Newton (°N) is a unit of temperature. The newton (N) is the SI unit of force, defined as the force required to accelerate a 1-kilogram mass by 1 meter per second squared. It equals 1 kg·m/s² and is standardized by the International System of Units for measurements of force in physics and engineering [bipm-si-brochure]. Named after Sir Isaac Newton in 1946, the newton was formally adopted by the CGPM as the SI unit of force to honor Newton's second law of motion. It replaced older, inconsistent force units to unify scientific measurements [cgpm-resolutions]. The newton is used worldwide in scientific research, engineering, and industry to quantify force. Countries and international standards bodies rely on the newton for mechanical calculations, material testing, and design [bipm-si-brochure].

What is Réaumur?

Réaumur (°Ré) is a unit of temperature. The Réaumur scale is a temperature scale where water freezes at 0 °Ré and boils at 80 °Ré at standard atmospheric pressure. Each degree Réaumur corresponds to 1.25 degrees Celsius. The scale was historically used in Europe but is now mostly obsolete and replaced by Celsius and Kelvin [cgpm-resolutions]. René Antoine Ferchault de Réaumur introduced the scale in 1730 to simplify temperature measurement using alcohol thermometers. It was widely used in France and parts of Europe until the 19th century before being supplanted by the Celsius scale [cgpm-resolutions]. Today, the Réaumur scale has limited use and appears mainly in historical or academic contexts. Some traditional cheese-making regions in Europe may still reference it. Modern science and industry prefer Celsius or Kelvin in line with SI standards [cgpm-resolutions].

Common Misspellings

People often search for this conversion using these alternate spellings: newton force, newtonn, newtton, newtons, reaumer, reaumur, reaumur scale, réamer. All of these refer to the Newton to Réaumur conversion.

Common Conversions