Factors That Affect the Rates of Reactions: Concentration, Temperature, Surface Area, Catalysts etc.
Shakur Chemistry Tutorials In this tutorial, we will explain how the factors of the nature of reactants, temperature, surface area, concentration of reactants, and catalysts affect the rates of chemical reactions. In this endeavor, we use an energy profile diagram to illustrate how the kinetic energy of reactant molecules is changed into potential energy. The concepts of energy of activation and the activated complex are reinforced. Molecular models are used to distinguish between successful and unsuccessful collisions. The Maxwell-Boltzman distribution curve for energy is used to illustrate how a change in temperature affects the number of particles that can react.

▶︎
Reaction Mechanisms

▶︎
Le Chatelier's Principle

▶︎
Train Your Brain to Never Forget (5 Feynman Habits)

▶︎
Chemical and Physical Equilibrium Introduction

▶︎
Calculating Equilibrium Constants and Percentage Reaction

▶︎
Arrhenius, Lowry Bronsted, and Lewis Theories of Acids and Bases

▶︎
Understanding Combination, Decomposition, and Combustion Reactions in Chemistry

▶︎
Gas Laws to Equilibrium

▶︎
Entropy

▶︎
Demo: Rate Orders and Rate Laws Determinations

▶︎
Solubility Product Constant and Calculations

▶︎
How Maxwell's Equations Were Discovered

▶︎
Your Kidneys are Begging You to Eat These 5 FRUITS (Lower Creatinine Naturally After 60)

▶︎
Dem Arrhenius' Theory of Strong and Weak Acids and Bases

▶︎
I Gave My Ant Colony Steak

▶︎
The Closest We’ve Come to a Theory of Everything

▶︎
Lesson 8 Species and Elemental Balances

▶︎
How to Balance Redox Equations in Acidic Solution

▶︎
Calculating Equilibrium Concentrations

▶︎
