PMT Education is looking for online tutors based in the UK

Find out more

Chemical Equilibrium Videos

Advertisement
Michael 's Profile Picture

Michael Y. 5.0 (1)

University of Bristol - PhD Chemistry

Highly experienced Head of Department in top independent school. Able to support 16+ entry & Oxbridge applications.

£100 / hour
  • Qualified Teacher
  • Examiner
  • Graduate
January mocks on the horizon? Kick-start your revision with our 2-day online Mock Preparation Courses. Chemistry AQA and OCR (A) - 22-23rd December. Check them out now!

The videos below are from the YouTube channels MaChemGuy and Mr C Dunkley. Subscribe to keep up to date with the latest videos.

[toc]

Overview: Equilibrium

This is an overview of Topic 13: Equilibrium. It includes dynamic equilibrium, Haber Process, factors affecting shift of equilibrium and catalysts.

Back to Top

Chemical Equilibrium Introduction

Video introducing the concept of dynamic equilibrium.

Back to Top

Chemical Equilibrium – Le Chatelier’s Principle

This video explains how changing concentration, temperature, pressure and addition of a catalyst alters equilibrium position in terms of Le Chatelier’s principle.

Back to Top

Effect of Changing Concentration on Equilibrium Position

This video contains an in depth explanation of the effect of changing the concentration on equilibrium position using an example.

Back to Top

Effect of Changing Temperature on Equilibrium Position

This video contains an in depth explanation of the effect of changing the temperature on equilibrium position using an example.

Back to Top

Chemical Equilibrium and Industry – The Haber Process

This video puts chemical equilibrium into context by using the Haber process. The video also explains the difference for the actual and expected condition for the process.

Back to Top

The Equilibrium Constant Kc

This video introduces the equilibrium constant Kc and uses worked examples to aid explanations.

Back to Top

Two Kc Calculations

This video works through 2 typical exam style calculations involving Kc.

Back to Top

Advertisement
Advertisement
×