Calculation of Bags Constant Using Plancks Equation of Black Body Radiation

Classical interpretation and derivation of wave particle duality relation has been done very recently using Newtonian mechanics which is termed as Bag's wave of a particle. According to Bag's wave particle duality, wavelength of a moving particle is ? = b / p, instead of ? = h / p which is for de Broglie wave length of a particle. The constant 'b' is a function of opposition field and spin momentum of the particle. So far b is not characterized completely and not used for experimental purpose. In this article an approximate value of b is presented which is calculated using few assumptions. Calculated value of b differs from value of h. This discrepancy is addressed. It is also shown that at T = 4.8 ? 10^{-11} K, b and h become equal. This temperature is termed as equivalence temperature.