The temperature of a body referred to the absolute zero, at which point the volume of an ideal gas is theoretically zero (absolute zero = - 459 67°F / - 273 15°C)
The Kelvin and Rankine temperature scales are absolute temperature scales They use absolute zero (theoretically no molecular movement) as the zero point Conversely, the Celsius and Fahrenheit temperature scales are relative They use the freezing point of water (0°C in Celsius and 32°F in Fahrenheit) as the reference points The absolute temperature scales are used to convert from standard cubic feet per minute to actual cubic feet per minute
The temperature of matter calculated from absolute zero Thermometer temperature to which is added 273°C or 459 6°F Sometimes called the Kelvin scale
The temperature of a body referred to the absolute zero, at which point the volume of an ideal gas theoretically becomes zero (Fahrenheit scale is minus 459 67°F / Celsius scale is minus 273 15°C) (010)
is the temperature of a body referred to the absolute zero, at which point the volume of an ideal gas theoretically becomes zero On the Fahrenheit scale this is minus 459 67°F; on the Celsius scale it is minus 273 15°C Engineering values of minus 460°F and minus 273°C are used herein
A temperature expressed on the thermodynamic scale, measured from Absolute Zero, or 0 Kelvin (K), also equivalent to -273 15C or -459 67F
Temperature measured from absolute zero In the Fahrenheit scale it is gauge temperature plus 460 degrees and is called Rankine temperature; in the Centigrade scale it is gauge temperature plus 273 degrees and is called Kelvin temperature
The fundamental temperature scale with its zero at Absolute Zero and expressed either in degrees Kelvin or degrees Rankine One Kelvin degree is equal to one Celsius or one centigrade degree and one Rankine degree is equal to one Fahrenheit degree To convert Celsius to Kelvin add 273 To convert Fahrenheit to Rankine add 460