Celcius
That is called "absolute zero". It is the starting point of the Kelvin temperature scale.That is called "absolute zero". It is the starting point of the Kelvin temperature scale.That is called "absolute zero". It is the starting point of the Kelvin temperature scale.That is called "absolute zero". It is the starting point of the Kelvin temperature scale.
A distance is a measurement, and does not change based on which location is the starting point. (Unlike physics where the direction is considered)
yes
No. Standard deviation is not an absolute value. The standard deviation is often written as a single positive value (magnitude), but it is really a binomial, and it equals both the positive and negative of the given magnitude. For example, if you are told that for a population the SD is 5.0, it really means +5.0 and -5.0 from the population mean. It defines a region within the distribution, starting at the lower magnitude (-5.0) increasing to zero (the mean), and another region starting at zero (the mean) and increasing up to the upper magnitude (+5.0). Both regions together define the (continuous) region of standard deviation from the mean value.
nano
Both are used to measure temperature. A difference of 1 degree is the same in both scales. The only difference is the starting point. The lowest possible temperature (absolute zero) is 0 Kelvin; this is equivalent to 273.15 degrees Celsius. Thus, on the Kelvin scale there are no negative temperatures, by definition.
The Kelvin scale is based on temperature. To add to the above, the Kelvin scale is based on the Celsius scale in that the measurment unit is the same. The difference is the starting point where 0 Kelvin is set at absolute zero, or -273.15ºC.
This is a scale of temperature which takes Absolute Zero as the starting point. The size of the unit is the same as on the Celsius scale. Thus Absolute Zero Celsius is -273, whilst on the Kelvin scale it is zero, and the freezing point of water is +273. Lord Kelvin was a scientist in Scotland at the end of the 19th century.
Austin and Mark Best Friends 4-Life
This temperature is at your choice depending on the application.
Kelvin and Rankine
Eons... I was just playing Scatagories :P