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Absolute zero means lowest possible temperature. This mean this is really cold temperature.
The Kelvin temperature scale is designed so that zero Kelvin is the lowest possible temperature, at which all molecular motion has ceased, hence, it is absolute zero.
I guess you mean, no more thermal energy (heat). That's the lowest possible temperature, called "absolute zero", or zero Kelvin.
The idea is to start at absolute zero - the lowest possible temperature. This happens to be -273.16 on the Centigrade (Celsius) scale. The Kelvin scale has no negative temperatures; zero degrees Kelvin is the lowest possible temperature.
Absolute temperature is the same as the Kelvin temperature scale. Zero degrees Kelvin is the lowest possible temperature, meaning that there is no heat at all. It is equal to minus 273 degrees Celsius.
No. The lowest possible temperature is absolute zero, -273.15 degrees Celsius.
Kelvin is the absolute temperature - a temperature where absolute zero, the lowest temperature possible, is defined as zero. Therefore, in the phrase "absolute Kelvin", the word "absolute" seems redundant.
Absolute Zero, lowest possible temperature
Absolute zero means lowest possible temperature. This mean this is really cold temperature.
I will assume you meant to ask, "What is absolute zero?" Absolute zero is the lowest possible temperature, at -273 degrees Celsius, or 0 Kelvins.
The lowest possible temperature. On the Kelvin scale, this temperature is zero degrees; on the Celsius scale, about minus 273 degrees.
zero kelvinThe lowest temperature is referred to as , "absolute zero degrees."
Yes. The lowest possible temperature (absolute zero) is approximately -273 degrees C.
The Kelvin temperature scale is designed so that zero Kelvin is the lowest possible temperature, at which all molecular motion has ceased, hence, it is absolute zero.
Absolute Zero.
I guess you mean, no more thermal energy (heat). That's the lowest possible temperature, called "absolute zero", or zero Kelvin.
0oK, or absolute zero is the lowest temperature. Superconductors have a critical temperature at which they begin to work, but it is the highest temperature, and they function as superconductors at any temperature lower, down to as close to absolute zero as they can be made to be (absolute zero is unachievable).