Heat Capacity of Solid Material: Plank's Constant Implications

[Kouros Khamoushi]

What could happened to heat capacity of solid material if Plank's constant value could be 10 times greater. If Some one knows please help me.

 

[vanesch]

It is always a confusing issue when people want to change a dimensionfull constant, because it is left unspecified what is supposed to vary and what not. It comes more often up with "changing the speed of light" but changing Planck's constant is similar. In the simplest case, you've just re-defined the unit system, and the physics remains the same.

 

[denian]

The heat capacity of a solid material is a measure of its ability to store thermal energy. It is dependent on various factors, such as the material's density, atomic structure, and molecular vibrations. Plank's constant, on the other hand, is a fundamental constant in quantum mechanics that relates a particle's energy to its frequency.

If Plank's constant were to increase by a factor of 10, it would have significant implications for the heat capacity of solid materials. This is because the constant is directly related to the energy levels of particles, and an increase in its value would result in higher energy levels for particles in the material.

This could potentially lead to an increase in the heat capacity of the material, as particles would have more energy available to store as thermal energy. However, this increase in heat capacity may not be proportional to the increase in Plank's constant, as other factors such as the material's density and atomic structure would also play a role.

Furthermore, an increase in Plank's constant could also affect the molecular vibrations within the material, which can contribute to its heat capacity. This could result in changes to the material's thermal conductivity and specific heat capacity.

In summary, if Plank's constant were 10 times greater, it could potentially lead to an increase in the heat capacity of solid materials due to higher energy levels of particles. However, the exact impact on the heat capacity would depend on other factors and would require further research and experimentation to fully understand.