Abstract: International Journal of Blockchain Applications and Financial Technology

Abstract:
The question concerns the determination of the ratio and interrelation between two important quantities (elec trode potential, reduction potential (Reduction potentials), and electron affinity) in most elements of the peri odic table of Mendeleev; I have derived a general formula describing this interrelation: 0, 04 ∙ 𝐾0 𝑚 • 𝑛𝑒 𝑛 • 𝐸𝑒 = φ0 0 φ where E is the electron affinity; - Is the corresponding standard electrode potential. e K, is a constant value for elements with a given atomic number in the periodic table; 0.04 is a constant value for any element. n- corresponds to the atomic (group) number of the element in the periodic e table, which is numerically equal to the sum of electrons in the outer valence shell of the given element.arrangement, the internal periodicity of the electrode potentials is revealed by the ordinal number. It is clear from the table that the theoretical results are in good agreement with the experiment. The experimental results are given in the table. I also showed in the corresponding formula that the rate constant of a chemical reaction and the constant of chemical equilibrium depend on such an important quantity as the electron affinity. I ha.