A low-temperature physicist wishes to publish his experimental result that the heat capacity of a nonmagnetic dielectric material between 0.05K and 0.5K varies as

A√ T + BT^3

As editor of the journaL should you accept the paper for publication?

Question

Engineering

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11 April, 04:16

A low-temperature physicist wishes to publish his experimental result that the heat capacity of a nonmagnetic dielectric material between 0.05K and 0.5K varies as

A√ T + BT^3

As editor of the journaL should you accept the paper for publication?

+4

Answers (1)

Know the Answer?

Mckenna Murphy · Answer 1

Yes, this because the specific heat does not violate the third law of thermodynamics.

Explanation:

The third law of thermodynamic is usually used for a closed system to relate the thermodynamic properties of the system at equilibrium conditions. For this law, a body that exists at a temperature of 0 K will cease to move or stop moving. It can be inferred that heat capacity at (T = 0 K) is equivalent to 0. Therefore, the equation is valid for the given temperature range.

A low-temperature physicist wishes to publish his experimental result that the heat capacity of a nonmagnetic dielectric material between 0.05K and 0.5K varies asA√ T + BT^3As editor of the journaL should you accept the paper for publication?

A low-temperature physicist wishes to publish his experimental result that the heat capacity of a nonmagnetic dielectric material between 0.05K and 0.5K varies as

A√ T + BT^3

As editor of the journaL should you accept the paper for publication?