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The temperature T in Kelvin (K) is equal to the temperature T in Rankine (°R) times 5/9:
T(K) = T(°R) × 5/9
Rankine (°R) | Kelvin (K) |
---|---|
0 °R | 0 K |
10 °R | 5.56 K |
20 °R | 11.11 K |
30 °R | 16.67 K |
40 °R | 22.22 K |
50 °R | 27.78 K |
60 °R | 33.33 K |
70 °R | 38.89 K |
80 °R | 44.44 K |
90 °R | 50.00 K |
100 °R | 55.56 K |
110 °R | 61.11 K |
120 °R | 66.67 K |
130 °R | 72.22 K |
140 °R | 77.78 K |
150 °R | 83.33 K |
160 °R | 88.89 K |
170 °R | 94.44 K |
180 °R | 100.00 K |
190 °R | 105.56 K |
200 °R | 111.11 K |
210 °R | 116.67 K |
220 °R | 122.22 K |
230 °R | 127.78 K |
240 °R | 133.33 K |
250 °R | 138.89 K |
260 °R | 144.44 K |
270 °R | 150.00 K |
280 °R | 155.56 K |
290 °R | 161.11 K |
300 °R | 166.67 K |
400 °R | 222.22 K |
500 °R | 277.78 K |
600 °R | 333.33 K |
700 °R | 388.89 K |
800 °R | 444.44 K |
900 °R | 500.00 K |
1000 °R | 555.56 K |
Transitioning from Rankine to Kelvin? Our guide provides a straightforward method to streamline this temperature conversion, suitable for students, scientists, or anyone interested in understanding temperature scales.
Our guide aims to empower you with the knowledge to make precise temperature transitions effortlessly. Whether you're engaged in scientific experiments, engineering tasks, or everyday temperature interpretations, mastering Rankine to Kelvin conversions is a valuable skill. Enjoy the simplicity of our guide and confidently apply temperature conversions in your daily endeavors.