To convert Rankine (°R) to (K) Kelvin using the calculator, simply enter the temperature value in Rankine into the input field labeled “Rankine”. Then, click the “Convert” button, and the equivalent temperature in Kelvin will be displayed in the output field labeled “Kelvin.” To start over, click the “Reset” button.
Rankine to Kelvin Conversion Calculator
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What Is the Formula for Rankine to Kelvin?
To convert a temperature from Rankine (°R) to Kelvin (K), you can use the following equation:
T(K) = T(°R) * 5/9
In this equation, T(K) represents the temperature in Kelvin, and T(°R) represents the temperature in Rankine. By multiplying the Rankine temperature by 5/9, you can obtain the equivalent temperature in Kelvin.
Example
Let’s say we have a boiler operating at a temperature of 500 degrees Rankine. To convert this temperature to Kelvin, we can use the formula: T(K) = T(°R) * (5/9).
Let’s calculate: T(K) = 500 * (5/9) = 277.778 Kelvin.
So, the temperature of the boiler in Kelvin would be approximately 277.778 Kelvin. This conversion is commonly used in engineering and thermodynamics to ensure accurate temperature measurements and calculations.
Rankine to Kelvin Conversion Chart
Here’s a Rankine to Kelvin conversion chart with the 39 most commonly used values:
Rankine (°R) | Kelvin (K) |
---|---|
0 °R | 0 K |
1 °R | 0,56 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 |
650 °R | 361,11 K |
700 °R | 388,89 K |
800 °R | 444,44 K |
900 °R | 500,00 K |
1000 °R | 555,56 K |