Newton to Delisle (°N → °De)

145.45

1.0000 °N = 145.45 °De

Formula

°N → kelvin → °De
DelisleNewton (Swap Units)

Conversion Table

°N°De
0150.00
1.0000145.45
2.0000140.91
3.0000136.36
4.0000131.82
5.0000127.27
6.0000122.73
7.0000118.18
8.0000113.64
9.0000109.09
10.000104.55
11.000100.00
12.00095.455
13.00090.909
14.00086.364
15.00081.818
16.00077.273
17.00072.727
18.00068.182
19.00063.636
°N°De
20.00059.091
21.00054.545
22.00050.000
23.00045.455
24.00040.909
25.00036.364
26.00031.818
27.00027.273
28.00022.727
29.00018.182
30.00013.636
31.0009.0909
32.0004.5455
33.0000
34.000-4.5455
35.000-9.0909
36.000-13.636
37.000-18.182
38.000-22.727
39.000-27.273
°N°De
40.000-31.818
41.000-36.364
42.000-40.909
43.000-45.455
44.000-50.000
45.000-54.545
46.000-59.091
47.000-63.636
48.000-68.182
49.000-72.727
50.000-77.273
51.000-81.818
52.000-86.364
53.000-90.909
54.000-95.455
55.000-100.00
56.000-104.55
57.000-109.09
58.000-113.64
59.000-118.18
°N°De
60.000-122.73
61.000-127.27
62.000-131.82
63.000-136.36
64.000-140.91
65.000-145.45
66.000-150.00
67.000-154.55
68.000-159.09
69.000-163.64
70.000-168.18
71.000-172.73
72.000-177.27
73.000-181.82
74.000-186.36
75.000-190.91
76.000-195.45
77.000-200.00
78.000-204.55
79.000-209.09

Newton to Delisle Conversion

Converting Newton (°N) to Delisle (°De) is a common temperature conversion. 1 °N equals 145.454545 °De. For example, 100 °N is equal to -304.545455 °De.

Quick Mental Math: Newton to Delisle

Multiply by 4.55 to convert newton to delisle.

Why is converting Newton to Delisle tricky?

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

Reference Temperatures

Absolute zero: -90.1395 °N = 559.725 °De. Water freezing point: 0 °N = 150 °De. Room temperature: 6.6 °N = 120 °De. Body temperature: 12.21 °N = 94.5 °De. Water boiling point: 33 °N = 0 °De.

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 Delisle?

Delisle (°De) is a unit of temperature. The Delisle scale measures temperature with zero at the boiling point of water and increasing values downward. One degree Delisle equals 2/3 of a degree Celsius, making it inversely proportional to Celsius. This scale is now mostly historical and not used in modern thermometry [cgpm-resolutions]. Invented by Joseph-Nicolas Delisle in 1732, the scale was devised for scientific observations in Russia. It fixed 0 °De at 100 °C (water boiling point) and increased toward freezing point, opposite to Celsius. The scale fell out of use in favor of Celsius and Kelvin as international standards emerged [cgpm-resolutions]. The Delisle scale is obsolete and retained only in historical scientific texts and specialized archival references. Modern temperature measurements universally use Celsius, Fahrenheit, or Kelvin. Organizations like BIPM do not recognize Delisle for current temperature calibration [bipm-si-brochure].

Common Misspellings

People often search for this conversion using these alternate spellings: newton force, newtonn, newtton, newtons, Delislee, Delisleu, Delisell, Delislee scale, Delisle temperature. All of these refer to the Newton to Delisle conversion.

Common Conversions