All Reactivity articles – Page 3
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Class experimentDisplacement reactions between metals and their salts
Students will investigate competition reactions of metals and determine a reactivity series of the four metals used. Includes kit list and safety instructions.
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Class experimentWhere is carbon in the reactivity series?
Determine the position of carbon in the reactivity series by heating with metal oxides in this practical and demonstration. Includes kit list and safety instructions.
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ResourceElements infographics
A collection of visually stimulating and informative infographics about the elements, which would make a valuable addition to any science classroom.
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ResourceRi Christmas Lectures® 2012: The Noble Gases
A teaching resource on the noble gases, supported by video clips from the Royal Institution Christmas Lectures® 2012. Video: The Noble Gases - Properties video Video: The Noble Gases - Xenon Applications video
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ResourceMetals: problem solving challenges
A series of activities to develop understanding of elements, ions, reactivity series, metal extraction, displacement reactions and oxidation/reduction
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ResourceRi Christmas Lectures® 2012: The Alkali Metals
A teaching resource on The Alkali Metals supported by video clips from the Royal Institution Christmas Lectures® 2012. Video: The Alkali Metals - Reactions with Oxygen video Video: The Alkali Metals - Reactions with Water video
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ResourceKitchen currents
Collect household items, and let students make their own batteries with this experiment in practical chemistry. Includes kit list and safety instructions.
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ResourceOn This Day – Sep 02 : Friedrich Ostwald was born
He was one of the founders of classical physical chemistry. In particular, Ostwald was a pioneer of electrochemistry and chemical dynamics. He won the Nobel Prize for Chemistry in 1909 for his work on catalysis, chemical equilibrium, and reaction velocities.
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ResourceOn This Day – Sep 17 : Le Chatelier died
He is best known for developing Le Chatelier’s principle, which predicts the effect of changing conditions (temperature, pressure, and concentration of reaction components) on the equilibrium of a chemical reaction. His principle says that a system will shift the equilibrium to counteract the change.
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