Lectures related to Dissociation (chemistry)

Chemical Solutions: Dilution and Dissociation

Covers the preparation of solutions through dilution and the dissociation of weak electrolytes.

Ligand-Receptor Interactions: Mechanisms and Quantification

Covers ligand-receptor interactions, their mechanisms, and how to quantify binding affinities in biological systems.

Acids and Bases: Definitions and Equilibrium

Explains acid-base definitions, equilibrium constants, pH scale, conjugate pairs, and buffers.

Acids and Bases: pH and Buffer Solutions

Explains acids, bases, pH scale, buffer solutions, and conjugate pairs.

Molecular Catalysts: Design and Applications

Explores the design and advantages of molecular catalysts, focusing on their applications for hydrogen evolution reactions and the concept of overpotential.

Surface Sensors: Binding Kinetics and Langmuir Isotherm

Explores surface sensors, binding kinetics, Langmuir isotherm, and analyte concentration strategies.

Buffer Solutions: pH Calculations

Explores buffer solution preparation, pH calculation, molarity, and dilution concepts.

Chemical Equilibria and Reactivity

Explores Brønsted-Lowry theory, water dissociation, pH calculation, and acid-base equilibrium constants.

Chemical Equilibria: Mountains Dissolution

Explores the chemical equilibria of mountain dissolution and the importance of equilibrium constants in regulating species concentration.

Acids and Bases: Equilibrium and Redox Reactions

Explores acids, bases, pH calculations, buffer solutions, and redox reactions.

Chemical Equilibria and Acid-base Chemistry

Explores chemical equilibria, acid-base reactions, equilibrium constants, and closed versus open systems in water biogeochemistry.

Acid-Base Equilibrium

Covers acid-base equilibrium principles, pH scale, strong/weak acids, bases behavior, and pH calculation.

Acid-Base Equilibria

Explores acid-base equilibria, including pH calculations for weak acids and bases, diacids, strong/weak bases, and salt solutions.

Acids and Bases: Dissociation and pH

Covers the dissociation of molecules to determine if they are acids or bases and how to calculate pH levels.

Introduction & Conductive Solutions

Introduces bio-nano-chip design and explores the properties of conductive solutions and electrolytes.

Homogeneous Catalysis Basics

Introduces the basics of homogeneous catalysis, focusing on reaction mechanisms and catalyst design.

Ionic Bonding and Molecular Forces

Explores ionic bonding, molecular forces, activation energy, and molecular properties, including rotational and vibrational transitions.

Oxidative Addition and Reductive Elimination

Explores oxidative addition, reductive elimination, insertion reactions, and factors influencing these reactions in organometallic chemistry.

Phosphine Dissociation Mechanisms

Delves into olefin coordination mechanisms, phosphine dissociation, ligand effects, and catalyst reactivity.

Nucleophilic Attack on M-alkene

Covers the nucleophilic attack on M-alkene and ligand association in different reaction mechanisms.