All RSC Education articles in Non-EiC content – Page 57
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The heat is on: edible experiments
Why are chillies and mustard hot, but taste different? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Rates and equilibria
This activity demonstrates the links between the topics of rates of reaction and the equilibrium law. It provides students with an explanation of the equilibrium law and helps them explain why Le Chatelier’s principle works for temperature, concentration and pressure.
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Experiment
The preparation and properties of oxygen
Produce a potassium manganate(VII) reaction using a test tube, Bunsen burner, and scientific inquisition to detect the presence of oxygen. Includes kit list and safety instructions.
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Experiment
Experiments with particles
Explore physical states, and how material interact with three practicals. Students use common classroom items to explore, and then note their findings. Includes kit list and safety instructions.
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RSC News
Schools' Analyst competition 2017
Report on the Royal Society of Chemistry Analytical Division’s 28th national Schools’ Analyst competition final 2018.
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Sugar rush: edible experiments
Why is fudge gooey and why are hard boiled sweets hard? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Tooth furry: edible experiments
What causes that ‘furry’ teeth feeling when eating spinach? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Temper, temper: edible experiments
Why is tempering chocolate so important? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Supertaster: edible experiments
Do we all experience exactly the same flavours? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Love you, honey: edible experiments:
How can honey be solid or runny? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Experiment
Sherbet and popping candy: edible experiments
What makes sherbet fizz, and what makes popping candy pop? Discover the importance of chemistry in everyday eating experiences with this edible experiment
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Investigating invertase: edible experiments
How are fondant centres in chocolate created? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Earth’s perfume: edible experiments
What is the chemical responsible for the earthy taste of beetroot? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Cheesy chemistry: edible experiments:
What distinct flavours can you detect in cheese? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Candy coatings: edible experiments
How do beetles help to make certain sweets? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Blowing hot and cold: edible experiments
Why do spicy foods tasts hot and minty foods taste cold? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Bitter orange: edible experiments
Why does orange juice taste horrible after brushing your teeth? Discover the importance of chemistry in everyday eating experiences with this edible experiment.
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Accessibility awareness
This research provides information and current thinking on supporting disabled students at secondary schools with practical chemistry.
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Food and drink chemistry infographics
Use this collection of visually stimulating and informative infographics about the chemistry of food and drink as a valuable addition to your science classroom. Find the answers to questions such as ‘Is the galaxy raspberry flavoured?’; ‘Why shouldn’t I drink grapefruit juice if I’m taking medication?’ and, ‘What are the ...
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On This Day - Jun 05 : Johan Gadolin was born
While analysing minerals from a quarry in Sweden, Gadolin discovered the first rare earth compounds containing the metal oxides of yttrium (Y) and gadolinium (Gd). He is considered the founder of Finnish chemistry research.