# data[].attributes.body
Identify the factors that affect the rate of chemical reaction.

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describe what an effective collision looks like in terms of orientation and energy of collision

# data[].attributes.body
describe the effect of identified factors on the rate of chemical reaction.

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distinction between reversible and irreversible reactions, and between rate and extent of a reaction

# data[].attributes.subject
distinction between reversible and irreversible reactions, and between rate and extent of a reaction

# data[].attributes.body
explain how changing factors affects the reaction rate

# data[].attributes.headline
categorise a reaction as reversible or irreversible

# data[].attributes.subject
categorise a reaction as reversible or irreversible

# data[].attributes.body
explain the relationship between frequency of collisions, energy of collisions, activation energy and rate of reaction

# data[].attributes.headline
recognise the type of arrow in a balanced equation

# data[].attributes.subject
recognise the type of arrow in a balanced equation

# data[].attributes.headline
Dot point 1: the use and limitations of the electrochemical series to explain or predict the products of the electrolysis of particular chemicals, given their state (molten liquid or in aqueous solution) and the electrode materials used, including the writing of balanced equations (with states) for the reactions occurring at the anode and cathode and the overall redox reaction for the cell

# data[].attributes.subject
Dot point 1: the use and limitations of the electrochemical series to explain or predict the products of the electrolysis of particular chemicals, given their state (molten liquid or in aqueous solution) and the electrode materials used, including the writing of balanced equations (with states) for the reactions occurring at the anode and cathode and the overall redox reaction for the cell

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Predict the products of electrolysis, using the electrochemical series.

Determine SOAs, SRAs in the electrochemical series (they need to understand the series already to be able to figure out these things)

Explain how to use the electrochemical series (including use of terms and labelling SOA, SRA, WOA, WRA).

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Calculate the Kc from given equilibrium concentrations and apply correct unit. 

# data[].attributes.subject
Calculate the Kc from given equilibrium concentrations and apply correct unit. 

# data[].attributes.body
apply understanding of factors affecting rates to a scenario

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propose modifications to experimental design to alter the rate of reaction

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Create and complete an ICE table and then calculate the Kc value with correct unit. AND explain effect of temperature on Kc value for exothermic and endothermic reactions 

# data[].attributes.subject
Create and complete an ICE table and then calculate the Kc value with correct unit. AND explain effect of temperature on Kc value for exothermic and endothermic reactions 

# data[].attributes.body
propose modifications to experimental design to alter the rate of reaction

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Dot point 2: the common design features and general operating principles of commercial electrolytic cells (including, where practicable, the removal of products as they form), and the selection of suitable electrode materials, the electrolyte (including its state) and any chemical additives that result in a desired electrolysis product (details of specific cells not required) 

# data[].attributes.subject
Dot point 2: the common design features and general operating principles of commercial electrolytic cells (including, where practicable, the removal of products as they form), and the selection of suitable electrode materials, the electrolyte (including its state) and any chemical additives that result in a desired electrolysis product (details of specific cells not required) 

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Use the electrochemical series to construct an electrolytic cell.

Apply the electrochemical series to determine the electrode polarity and associated possible reactions occurring at each electrode.

Label different components of the electrolytic cells (the different parts for the cell, not include the redox involved yet).

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Identify Faraday's laws

Define electrical charge

Describe the impact of charge on mass deposited

Explain why different cations produce different masses for the same charge

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calculations involving equilibrium expressions (including units) for a closed homogeneous equilibrium system and the dependence of the equilibrium constant (K) value on the system temperature and the equation used to represent the reaction

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calculations involving equilibrium expressions (including units) for a closed homogeneous equilibrium system and the dependence of the equilibrium constant (K) value on the system temperature and the equation used to represent the reaction

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1. recognise the characteristics of a closed equilibrium system

2. be able to write the equilibrium expression for a specific equilibrium system with units

3. Use an ICE table to find the concentration of the reactants and products at equilibrium and hence calculate the equilibrium constant, K, at the specified temperature

4. explain the change in equilibrium constant, K, in relation to a change in temperature for both exothermic or endothermic reactions

5. stretch - being able to justify, given a new equilibrium constant, was the reaction exothermic or endothermic given the new temperature, or given the the delta H value for the system, was there an increase or decrease in temperature

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Dot point 3: the common design features and general operating principles of rechargeable (secondary) cells, with reference to discharging as a galvanic cell and recharging as an electrolytic cell, including the conditions required for the cell reactions to be reversed and the electrode polarities in each mode (details of specific cells not required)

# data[].attributes.subject
Dot point 3: the common design features and general operating principles of rechargeable (secondary) cells, with reference to discharging as a galvanic cell and recharging as an electrolytic cell, including the conditions required for the cell reactions to be reversed and the electrode polarities in each mode (details of specific cells not required)

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Compare the differences between a primary and secondary cells. This includes making the connections and explaining the differences between electrolysis and galvanic cells in their ideas.

List the conditions required for a secondary cell to function.

Label the components of secondary cell.

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Identify the algorithms used in Faraday's Law calculations

List the steps used to calculate mass deposited in electrolysis

Calculate mass of product in electrolytic cell