Course overview - Study Period 1 and 2
Learners will be taught on a rota on the following topics.
Organic chemistry 2; Learners will recap their previous knowledge of organic chemistry. This unit contains the triple Organic Chemistry unit which consists of; reactions of alkenes, production of alcohols and comparing the methods, carboxylic acids and polymerisation. Although there are a lot of keywords and chemical reactions to learn, this unit is exciting as we get to see how crude oil is used to produce so many of the different products we use today.
Industrial chemistry; In this unit, learners will use what they have previously learnt across various chemistry sessions to understand how chemistry is used in the industry to create products. They will start by looking at the life cycle of various products and how we assess the environmental impact of each stage using a LCA. They will recap electrolysis and go into more depth of aqueous electrolysis. They will look at strong and weak acids, how we calculate bond energies for chemical reactions. Lastly, they will revise the rate of reactions and use this understanding to look at equilibrium, where the industry uses reactions at equilibrium to produce a greater yield.
Key Concept:
Organic chemistry
Assessment Points:
End of unit assessment will consist of a 40 mark test
Midway assessment set by class teacher which could be an exam question
Guidance:
Learners will receive guidance in a variety of ways. These include marked assessments, reports, feedback in books, 1:1 interaction, Google Classroom
Key Vocabulary:
Atom
Balanced chemical equation
Cathode
Charge
Compound
Conductor
Direct current
Dissociation
Dissolved
Electrochemical
Electrode
Electrolysis
Electrolyte
Electron
Element
Half equation
Halide
Halogen
Hypothesis
Ion
Ionic compound
Molecule
Molten
Oxidation
Product
Reactive
Reactivity series
Reduction
Anhydrous
Balanced chemical equation
Concentration
Crystal lattice
Endothermic
Equilibrium
Equilibrium position
Exothermic
Haber process
Hydrated
Ion
Molecule
Pressure
Product
Reactant
Reversible reaction
Temperature
Acid
Alkali
Base
Ph
Addition polymer
Addition reaction
Alcohol
Alkane
Alkene
Amino acid
Anaerobic.
Atom
Base
Boiling point
By-product
Carbohydrate
Carboxyl
Carboxylic acid
Catalyst
Cell
Cellulose
Combustion
Complete combustion
Compound
Concentration
Condensation polymerisation
Covalent bond
Denature
Dissolve
Dna
Double bond
Enzyme
Ester
Feedstock
Fermentation
Fractional distillation
Fuel
Functional group
Fungus
Gene
General formula
Homologous series
Hydration
Hydrocarbon
Hydrogenation
Hydroxyl
Incomplete combustion
Ionise
Metal
Molecular formula
Molecule
Monomer
Nucleotide
Organic compound
Organism
Oxidise
Oxidising agent
Petroleum products
pH
Polymer
Polymerisation reaction
Polypeptide
Product
Properties
Protein
Relative formula mass
Repeat unit
Salt
Solution
Solvent
Starch
Temperature
Toxic
Unsaturated
Yeast