Authors : Avinash M. Nannaware and S. A. Shah
Page Nos : 121-131
Description :
Molal conductance depends upon figure of ions exist in the solution. It is openly related with the ions forms on dissolution of solute in solvent . The mobility of ions because of repeated collision among solute ions and solvent molecules since the mean free path of molecules in aqueous medium is very small is suggested by Shcherbakov, V. V., Artemkina, Y. M., Akimova, I. A., & Artemkina, I. M. (2021). Similarly the internal pressure (πi) of the experimental solution is a lone factor which varies due to all the internal exchanges like hydration, ion-solvent exchanges, quantum reflex forces of scattering and dielectric constant effect is explained by Han, M., Li, T. C., Chen, X., & Yang, H. Y. (2024) Therefore solute ion-solvents interaction in investigational solution may be derived by using internal pressure & conductance. The ultrasound velocity and molal conductance are measured for L-Alanine at acidic, basic and isoelectric pH by using buffer solution as a solvent at various molality and hotness. The results are used to discuss the performance of solute ions and solvents molecules in terms of molecular interactions.
