ABSTRACT
The molecular activities in specified liquid mixtures like food indigestion formulate properties of resultant materials. These activities of molecules generate their activities which are defined by intramolecular multiple forces theory. The intramolecular activities within single molecules generate several domains that define entropic ensembles causing a tentropy. When less pull is applied then weaker molecular forces work on the surface and the theta contact angle has a low value. In molecular spectroscopy the ratios of periods of electronic, vibrational, and rotational energies are related to each other on scales on the order of a thousand. The electronic energies generated from nuclear potential are kinetic energies, interelectronic repulsions, and electron–nucleus attractions. Molecules are made up of atoms, and atoms have electrons, protons, neutrons, and other small particles. The combinations of atoms for making molecules are monitored by several theories, such as Born–Oppenheimer approximation, where the electrons and protons develop several motions to establish a stable chemical bond for a molecule.
