Why are rates of reaction so important? Discover the answer to this, and many other questions, through a video from JFR Science. Pupils examine how, through the balanced chemical equation and experimentation, they can determine how fast...

In an atmosphere that contains so much unusable nitrogen, how do organisms get the nitrogen they need to survive? The narrated video discusses how atmospheric nitrogen is converted into the materials we need to build proteins in our...

Man-made processes often have surprising environmental and social impacts. The 17th installment in a series of 35 lessons explains the environmental and social factors connected to the Haber Process. The impact on the aquatic environment...

How many ways can you create ammonia? Learn the industrial process of producing ammonia created during WWII. The 14th installment of a 35-part series of lessons explains the Haber Process and its application of Le Chatelier's...

Moles are so important to chemistry that Michael Offutt composed an entire musical album titled Molennium about them. The video walks through how to use moles to solve a couple of different equations. It explains each step and when you...

Discuss the work of Fritz Haber from chlorine and mustard gas to synthetic fertilizers. It also mentions his personal life, converting religions, and the fact that one of his discoveries was later altered into the gas that was used...

Equilibrium reactions are able to reach a steady state of products and reactants, but what happens when this careful balance is disturbed? With the help of this instructional video, young chemists learn to apply Le Chatelier's...