Question

According to which statics the energy at absolute zero cannot zero

Answer 1

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Absolute zero, 0 Kelvin, -459.67° Fahrenheit, or -273.15° Celsius, is the minimum possible temperature: the state in which all motion of the particles in a substance has minimum motion. Equivalently, when the entropy of a substance has been reduced tozero, the substance is at absolute zero.


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Answer 2

Answer:

Explanation:

The lowest temperature that may exist is absolute zero, or 0 Kelvin, which is equal to -459.67 degrees Fahrenheit or -273.15 degrees Celsius. At absolute zero, all particle motion in a substance is at its minimum. In other words, a substance is at absolute zero when its entropy has been reduced to zero.

The behaviour of gases under low pressures, where it has been observed that they appear to compress continuously as temperature lowers, has been used to support the idea that there is an ultimate lowest temperature. At constant pressure, it seemed that a "perfect gas" would have zero volume at what is now known as the temperature of absolute zero. At a temperature above absolute zero, any true gas truly condenses to a liquid or a solid. As a result, the ideal gas law only approximates the behaviour of real gases. But as such, it is incredibly helpful.

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