Subscribe Us Buy Books

Login/Register

Tag: schulze hardy rule

Suspensions: Significance of Electrical Properties in Dispersions, Rheological Considerations and MCQs for GPAT, NIPER, Pharmacist and Drug Inspector exam

July 10, 2021July 20, 2021 GATE Exam, GPAT Preparation, How to prepare for gpat, MCQ, NIPER JEE Examination (Masters/Ph.D. Admission), Pharmaceutics, Pharmacy Exam Questions, Study Material Brookfield viscometer information, Diffuse double-layer model of a positively charged surface in an aqueous medium, DLVO theory.Brookfield viscometer, Electric double layer, lyotropic series rule, pharmaceutics suspension mcq, physical pharmacy study material suspension, question answer on suspensions, Rheologic Methods used for suspension, rheological considerations, schulze hardy rule, Significance of electrical properties in dispersions, stern layer in suspension, suspension mcq, suspension mcq for drug inspector exam, suspension mcq for NIPER exam, suspension notes for pharmacist exam, suspensions, suspensions chapter notes, suspensions mcq for GPAT

Electric double layer: Particles dispersed in a liquid medium may become charged in one of two main ways. Ionic species present in a solution may be adsorbed at the surface or, alternatively, charges on the surface may arise due to […]

Continue Reading

Colloidal Dispersion: Protective colloids, Applications of Colloids in Pharmacy and MCQs for GPAT, NIPER, Pharmacist and Drug Inspector exam

July 3, 2021July 17, 2021 DBT BET, GATE Exam, GPAT Preparation, How to prepare for gpat, MCQ, NEET UG, Pharmaceutics, Pharmacy Exam Questions, Study Material, UGC NET JRF Exam applications of colloids in pharmacy, Attractive forces (VA), Bridging, Coacervation, colloidal dispersion, colloidal dispersion chapter notes, colloidal dispersion mcq, colloidal dispersion MCQ for drug inspector exam, colloidal dispersion mcq for gpat, colloidal dispersion mcq for NIPER exam, DLVO theory, hofmeister series, INTERACTION OF COLLOIDS, pharmaceutics colloidal dispersion mcq, physical pharmacy notes on colloidal dispersion for pharmacist exam, physical pharmacy study material, protective colloids, question and answer on colloidal dispersion, Repulsive forces (VR), schulze hardy rule, STABILITY OF COLLOIDAL SYSTEMS, stability of colloids, Stability of lyophilic colloids, Stability of lyophobic colloids, Study material for colloidal system for exam

STABILITY OF COLLOIDAL SYSTEMS: Colloidal particles undergo frequent collisions as a result of Brownian motion. Whether these collisions result in coagulation (permanent contact or close aggregation of particle), flocculation (temporary contact or large aggregates) or whether the particles rebound and […]

Continue Reading