ABSTRACT
A calibration curve developed with a survismeter for checking the blood sugar of a normal person could act as a standard for determining the sugar of a sugar patient. The survismeter determines the number of carbon atoms in a surfactant alkyl chain. The surfactant determines the hydrophilic head group of the surfactant, like quaternary nitrogen, phosphate, nonionic, and cationic through friccohesity. When backflow occurs the heavier molecules come first and hence the competitively active molecules remain operative on the flow. This further scans out the molecules for a better result of the molecular weight determination as no effective chemical changes occur due to a distance as per the Lennard-Jones potential. Such law is noted as the cross-partitioning law of the survismeter. It is also called virtual resistance for molecular partition. The fluid flow within the rigid Schrodinger boundary condition is monitored by several factors, which in a most synchronized manner control the flow in variable order.
