Kelvin to Degrees Rankine converter

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K to °R conversion table

Starting Value

Increment

Precision

K	°R
1	1.8
2	3.6
3	5.4
4	7.2
5	9
6	10.8
7	12.6
8	14.4
9	16.2
10	18
11	19.8
12	21.6
13	23.4
14	25.2
15	27
16	28.8
17	30.6
18	32.4
19	34.2
20	36
21	37.8
22	39.6
23	41.4
24	43.2
25	45
26	46.8
27	48.6
28	50.4
29	52.2
30	54
31	55.8
32	57.6
33	59.4
34	61.2
35	63
36	64.8
37	66.6
38	68.4
39	70.2
40	72
41	73.8
42	75.6
43	77.4
44	79.2
45	81
46	82.8
47	84.6
48	86.4
49	88.2
50	90
51	91.8
52	93.6
53	95.4
54	97.2
55	99
56	100.8
57	102.6
58	104.4
59	106.2
60	108
61	109.8
62	111.6
63	113.4
64	115.2
65	117
66	118.8
67	120.6
68	122.4
69	124.2
70	126
71	127.8
72	129.6
73	131.4
74	133.2
75	135
76	136.8
77	138.6
78	140.4
79	142.2
80	144
81	145.8
82	147.6
83	149.4
84	151.2
85	153
86	154.8
87	156.6
88	158.4
89	160.2
90	162
91	163.8
92	165.6
93	167.4
94	169.2
95	171
96	172.8
97	174.6
98	176.4
99	178.2
100	180
101	181.8
102	183.6
103	185.4
104	187.2
105	189
106	190.8
107	192.6
108	194.4

To convert kelvin to degrees Rankine, enter the value in the first field. The result in degrees Rankine is calculated automatically using the exact conversion factor.

1 K = 1.8 °R
1 °R ≈ 0.555555555556 K

Formula: °R = K × 1.8
K = °R × 5/9

Definitions: 0 °R = 0 K; 1 °R step = 5/9 K

The kelvin (K) is the SI base unit of thermodynamic temperature, and 0 K is absolute zero. It uses the same step size as a degree Celsius, is written without a degree sign, and is used in science, engineering and for the color temperature of lighting.

The degree Rankine (°R) is an absolute temperature scale with degrees the size of Fahrenheit degrees, so 0 °R is absolute zero. It is used mainly in some American engineering fields such as thermodynamics and aerospace.

See the conversion table with commonly used values, handy for quick reference or study.

More Kelvin & Degrees Rankine conversions