Although the Einstein model of the solid predicts the heat capacity accurately at high temperatures, it noticeably deviates from experimental values at low temperatures.
22.
As the number of accepted atom moves increases, the calculated quantities will become closer to the experimental values until they reach an equilibrium state.
23.
The converse is also true, i . e . a deviation of the experimental value of R w from 1 indicates strong electronic correlations.
24.
The theoretical equation can be tested by combining the calculated single-ion activity coefficients to give mean values which can be compared to experimental values.
25.
:There are obviously experimental values for particle masses, but I don't think there is a theoretical formula that does what you want.
26.
The hedgehog model is able to predict low-energy parameters, such as the nucleon mass, radius and axial coupling constant, to approximately 30 % of experimental values.
27.
For example, experimentally calculating the speed of light and coming up with a negative percent error says that the experimental value is a velocity that is less than the speed of light.
28.
However, the experimental values for molar heat capacities of diatomic gases are typically about 5 cal / ( mol�K ) and fall to 3 cal / ( mol�K ) at very low temperatures.
29.
:: In the case of super-cooled water, this link suggest the max is at-22.2 ?C : Experimental Values of the Surface Tension of Supercooled Water.
30.
This is indeed the case; according to CODATA, the experimental values of the SI equivalents of the base Planck units are known to about 1 part in, or parts per billion .)
