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Rankine
Both Kelvin and Rankine are absolute temperature scales (The bottom of the scale is absolute 0 meaning there is no lower temperature). Rankine is used more by engineers and Kelvin by scientists
specify the differnc beteen kelvin and celsius
Because there are no negative numbers Many thermodynamic equations need absolute numbers. At 0 degrees Kelvin, molecules stop. It is absolute 0--it doesn't get colder. There is a direct correlation between Kelvin and Celsius. For Fahrenheit, the absolute scale is called Rankine.
-273 degrees Celsius. 0 Degrees Kelvin. −459 Fahrenheit.0K (Kelvin)0 R (Rankine)− 273.16° C (Centigrade = Celsius)−459.67° F (Fahrenheit)
T(oR) = 1.8 * T(K) just divide Rankine temperature by 1.8 to get temperature in Kelvin
Rankine
On the Kelvin and Celsius scales, there are 100. On the Fahrenheit and Rankine scales, there are 180.
ºK = (ºR - 491.67) / 1.8 + 273.15
Kelvin and Rankine
Rankine
Fahrenheit,Celsius, Kelvin don't forget Rankine.
T(oR) = 1.8*T(K)
It is degree Celsius, or degree Fahrenheit, or degree Kelvin, or Rankine
In Celsius: 0.5556 In Kelvin: 273.71 In Rankine: 492.67
multiply by 9/5 (1.8)
Both Kelvin and Rankine are absolute temperature scales (The bottom of the scale is absolute 0 meaning there is no lower temperature). Rankine is used more by engineers and Kelvin by scientists