Kelvin to Delisle (K to °De) conversion calculator

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273.15K = 150°De

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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.

Kelvin to Delisle (K to °De) conversion formula

Kelvin to Delisle (K to °De) conversion formula

Delisle = ((Kelvin - 273.15) / -0.66666667) + 150

273.15 Kelvin to Delisle calculation

Delisle = ((Kelvin - 273.15) / -0.66666667) + 150

Delisle = ((273.15 - 273.15) / -0.66666666666667) + 150

Delisle = (0 / -0.66666666666667) + 150

Delisle = -0 + 150

Delisle = 150

Delisle to Kelvin (°De to K) (Swap units)

About Kelvin

Kelvin is an absolute temperature measurement defined in the International System of Units (SI). It is named after the Scottish physicist William Thomson (Lord Kelvin) who studied the field of thermodynamics. The Kelvin scale is based on absolute zero; the point at which all molecular motion ceases.

Unlike most other temperature scales, Kelvin does not have degrees as it is not a relative scale. The Kelvin scale is often used in physics, chemistry, and cosmology.

One advantage of Kelvin is that it does not have negative values making some calculations easier. This is useful in science calculations involving gases as it relates to the kinetic energy of molecules.

About Delisle

Developed by French astronomer Joseph-Nicolas Delisle, the Delisle scale was created in the early 18th century. It is a backwards scale that has decreasing values as the temperature rises.

The freezing point of water is 150 degrees and the boiling point is 0 degrees. To convert a temperature from Delisle to Celsius, you can use the formula: Celsius = (150 - Delisle) * 2/3.

In the 18th century the Delisle scale was widely used particularly in Russia but has since been forgotten and replaced by the Celsius scale.

 

 

Kelvin to Delisle table

Starting value
Increment
Accuracy
Kelvin
Delisle
0K
559.72500°De
1K
558.22500°De
2K
556.72500°De
3K
555.22500°De
4K
553.72500°De
5K
552.22500°De
6K
550.72500°De
7K
549.22500°De
8K
547.72500°De
9K
546.22500°De
10K
544.72500°De
11K
543.22500°De
12K
541.72500°De
13K
540.22500°De
14K
538.72500°De
15K
537.22500°De
16K
535.72500°De
17K
534.22500°De
18K
532.72500°De
19K
531.22500°De
Kelvin
Delisle
20K
529.72500°De
21K
528.22500°De
22K
526.72500°De
23K
525.22500°De
24K
523.72500°De
25K
522.22500°De
26K
520.72500°De
27K
519.22500°De
28K
517.72500°De
29K
516.22500°De
30K
514.72500°De
31K
513.22500°De
32K
511.72500°De
33K
510.22500°De
34K
508.72500°De
35K
507.22500°De
36K
505.72500°De
37K
504.22500°De
38K
502.72500°De
39K
501.22500°De
Kelvin
Delisle
40K
499.72500°De
41K
498.22500°De
42K
496.72500°De
43K
495.22500°De
44K
493.72500°De
45K
492.22500°De
46K
490.72500°De
47K
489.22500°De
48K
487.72500°De
49K
486.22500°De
50K
484.72500°De
51K
483.22500°De
52K
481.72500°De
53K
480.22500°De
54K
478.72500°De
55K
477.22500°De
56K
475.72500°De
57K
474.22500°De
58K
472.72500°De
59K
471.22500°De
Kelvin
Delisle
60K
469.72500°De
61K
468.22500°De
62K
466.72500°De
63K
465.22500°De
64K
463.72500°De
65K
462.22500°De
66K
460.72500°De
67K
459.22500°De
68K
457.72500°De
69K
456.22500°De
70K
454.72500°De
71K
453.22500°De
72K
451.72500°De
73K
450.22500°De
74K
448.72500°De
75K
447.22500°De
76K
445.72500°De
77K
444.22500°De
78K
442.72500°De
79K
441.22500°De