All Organic chemistry articles – Page 3
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Interview‘My favourite colloids? English ale and clotted cream’
Meet Brent Murray, a food scientist with a passion for beer, ice cream, clotted cream and other food colloids
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FeatureHow ice cream is made
For a simple combination of milk, cream, sugar and flavourings, there is a lot of science involved in ice cream manufacture
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IdeasEffective questioning in organic chemistry
How to use conversation to help stuck students solve their own problems
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SoundbiteBattle of the hand sanitisers
Are quaternary ammonium compounds just as good at killing Covid-19 as alcohols?
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Ideas4 ways to boost students’ understanding of organic chemistry
Alcohols, carboxylic acids and esters don’t have to be difficult – try these practical tips in your classroom
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ResourceReactions of alkanes and alcohols – organic chemistry worksheets | 14–16
A student worksheet for foundation and higher level. Assess learning with questions about the reactions of alkanes and alcohols.
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ResourceBurning hydrocarbons – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Assess learning with questions exploring the topic of burning hydrocarbons.
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IdeasPut organic chemistry concepts in context
3 ways to teach 14–16 students how to apply their knowledge to new scenarios and prepare them for exams
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ResourceCondensation polymerisation – organic chemistry worksheets | 14–16
Student worksheets at higher level. Apply knowledge in context and assess learning with questions exploring condensation polymerisation, including polyesters and the nylon rope trick experiment.
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ResourceNatural polymers – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring natural polymers, including starch and amino acids.
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ResourceCarboxylic acids – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring the topic of carboxylic acids, including flavourings for ice cream.
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ResourceAddition polymerisation – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring addition polymerisation, including the formation and properties of addition polymers and their use in sports clothing and equipment.
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ResourceAlkenes – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring alkenes, including the context of ripening fruit.
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ResourceAlcohols – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring alcohols, including burning alcohols in cooking and as fuels.
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ResourceHydrocarbons – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring hydrocarbons, including structural formulae, writing word equations and balancing symbol equations.
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ResourceCracking hydrocarbons – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions that explore cracking hydrocarbons, including an experiment with liquid paraffin.
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ResourceOrganic chemistry worksheets | 14–16 years
Differentiated worksheets to assess learning and apply knowledge in context
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ResourceCrude oil – organic chemistry worksheets | 14–16
Student worksheets at foundation and higher level. Apply knowledge in context and assess learning with questions exploring the topic of crude oil, including fractional distillation, fuels and other products.
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NewsStudents’ writing reveals understanding of electron pushing
Use written assignments to probe student understanding of organic mechanisms
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PracticalReflux and distillation – practical videos | 16–18 students
Learn how to carry out two common practical techniques, understand how they differ and their applications.