Leaving Cert Chemistry - Notes & Exam Papers
Study for Leaving Cert Chemistry with teacher-written notes, past exam papers, marking scheme, quizzes, and flashcards. All study tools are aligned with the official Leaving Cert Chemistry syllabus to help students understand key topics, stay organised, and feel confident on exam day. Improve your Leaving Cert grades and maximise your CAO points with SimpleStudy Ireland.
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Leaving Cert Chemistry by Topics
How Scientists Work (LC 2027)
Volumetric Analysis (LC 2026)
How Scientists Work (LC 2027)
Volumetric Analysis (LC 2026)
Overview of Experiments (LC 2026)
Environmental Chemistry (LC 2027)
Water (LC 2026)
Organic Chemistry (LC 2026)
Oxidation and Reduction (LC 2027)
Fuels and Heats of Reaction (LC 2026)
Acids and Bases (LC 2027)
Rates of Reaction (LC 2026)
Chemical Equilibrium (LC 2026)
Kinetic Theory of Matter and Behaviour of Gases (LC 2027)
Stoichiometry, Formulas and Equations (LC 2026)
Chemical Bonding (LC 2026)
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Oxidation and Reduction (LC 2027)
Fuels and Heats of Reaction (LC 2026)
Acids and Bases (LC 2027)
Rates of Reaction (LC 2026)
Chemical Equilibrium (LC 2026)
Kinetic Theory of Matter and Behaviour of Gases (LC 2027)
Stoichiometry, Formulas and Equations (LC 2026)
Chemical Bonding (LC 2026)
Periodic Table and Atomic Structure (LC 2026)
Atomic Structure (LC 2026)
Overview of Experiments (LC 2026)
Environmental Chemistry (LC 2027)
Water (LC 2026)
Organic Chemistry (LC 2026)
Oxidation and Reduction (LC 2027)
Fuels and Heats of Reaction (LC 2026)
Acids and Bases (LC 2027)
Rates of Reaction (LC 2026)
Chemical Equilibrium (LC 2026)
Kinetic Theory of Matter and Behaviour of Gases (LC 2027)
Stoichiometry, Formulas and Equations (LC 2026)
Chemical Bonding (LC 2026)
Periodic Table and Atomic Structure (LC 2026)
Atomic Structure (LC 2026)
Scientific Ideas and Science as a Global Enterprise (LC 2027)
Volumetric Analysis Experiments (LC 2026)
Scientific Ideas and Science as a Global Enterprise (LC 2027)
Volumetric Analysis Experiments (LC 2026)
1 – Carrying Out Flame Tests (LC 2027)
Environmental Chemistry: Water (LC 2026)
Organic Chemistry Experiments (LC 2026)
Electrochemistry (LC 2027)
Fuels and Heats of Reaction Experiments (LC 2026)
pH and Indicators (LC 2027)
Rates of Reaction (LC 2026)
Chemical Equilibrium Experiments (LC 2026)
Stoichiometry Experiments (LC 2026)
Chemical Bonding Experiments (LC 2026)
The Periodic Table (LC 2027)
Atomic Structure (LC 2027)
1 – Carrying Out Flame Tests (LC 2027)
Environmental Chemistry: Water (LC 2026)
Organic Chemistry Experiments (LC 2026)
Electrochemistry (LC 2027)
Fuels and Heats of Reaction Experiments (LC 2026)
pH and Indicators (LC 2027)
Rates of Reaction Experiments (LC 2026)
Chemical Equilibrium Experiments (LC 2026)
Stoichiometry Experiments (LC 2026)
Chemical Bonding Experiments (LC 2026)
The Periodic Table (LC 2027)
Atomic Structure (LC 2027)
Models in Chemistry and Chemistry in Society (LC 2027)
Volumetric Analysis: Acid-Base (LC 2027)
Models in Chemistry and Chemistry in Society (LC 2027)
Volumetric Analysis: Acid-Base (LC 2027)
2 – Detecting the Presence of Anions (LC 2027)
Allotropes of Carbon: Hydrocarbons (LC 2027)
Thermochemistry (LC 2027)
Rates of Reactions (LC 2027)
Chemical Equilibrium (LC 2027)
Law of Conservation of Mass: Introducing Stoichiometry (LC 2027)
Chemical Bonding and Structure (LC 2027)
Families and Trends in the Periodic Table (LC 2027)
2 – Detecting the Presence of Anions (LC 2027)
Allotropes of Carbon: Hydrocarbons (LC 2027)
Thermochemistry (LC 2027)
Rates of Reactions (LC 2027)
Chemical Equilibrium (LC 2027)
Law of Conservation of Mass: Introducing Stoichiometry (LC 2027)
Chemical Bonding and Structure (LC 2027)
Families and Trends in the Periodic Table (LC 2027)
Written Exam (LC 2027)
Volumetric Analysis: Oxidation-Reduction (LC 2027)
Written Exam (LC 2027)
Volumetric Analysis: Oxidation-Reduction (LC 2027)
3 – Measuring the Relative Molecular Mass of a Volatile Liquid (LC 2027)
More Families of Organic Compounds (LC 2027)
Stoichiometry: Limiting Reactants and Percentage Yield (LC 2027)
Electronegativity and the Continuum of Chemical Bonding (LC 2027)
3 – Measuring the Relative Molecular Mass of a Volatile Liquid (LC 2027)
More Families of Organic Compounds (LC 2027)
Stoichiometry: Limiting Reactants and Percentage Yield (LC 2027)
Electronegativity and the Continuum of Chemical Bonding (LC 2027)
Chemistry in Practice Investigation (LC 2027)
Chemistry in Practice Investigation (LC 2027)
4 – Verifying the Law of Conservation of Mass (LC 2027)
Reactions of Organic Compounds (LC 2027)
The Mole: The Chemist''s Counting Unit (LC 2027)
4 – Verifying the Law of Conservation of Mass (LC 2027)
Reactions of Organic Compounds (LC 2027)
The Mole: The Chemist''s Counting Unit (LC 2027)
5 – Investigating Decreases in Concentration (LC 2027)
5 – Investigating Decreases in Concentration (LC 2027)
6 – Preparing Sodium Carbonate (LC 2027)
6 – Preparing Sodium Carbonate (LC 2027)
7 – Standardising a Hydrochloric Acid Solution (LC 2027)
7 – Standardising a Hydrochloric Acid Solution (LC 2027)
8 – Standardising a Sodium Hydroxide Solution (LC 2027)
8 – Standardising a Sodium Hydroxide Solution (LC 2027)
9 – Determining the Concentration of an Ammonia Solution (LC 2027)
9 – Determining the Concentration of an Ammonia Solution (LC 2027)
10 – Determining the Concentration of Ethanoic Acid in Vinegar (LC 2027)
10 – Determining the Concentration of Ethanoic Acid in Vinegar (LC 2027)
11 – Standardising a Potassium Permanganate Solution (LC 2027)
11 – Standardising a Potassium Permanganate Solution (LC 2027)
12 – Determining the Percentage of Elemental Iron in an Iron Tablet (LC 2027)
12 – Determining the Percentage of Elemental Iron in an Iron Tablet (LC 2027)
13 – Standardising a Sodium Thiosulfate Solution (LC 2027)
13 – Standardising a Sodium Thiosulfate Solution (LC 2027)
14 – Investigating the Rate of Decomposition of Hydrogen Peroxide (LC 2027)
14 – Investigating the Rate of Decomposition of Hydrogen Peroxide (LC 2027)
15 – Investigating the Effect of Surface Area on Reaction Rates (LC 2027)
15 – Investigating the Effect of Surface Area on Reaction Rates (LC 2027)
16 – Studying the Effect of Concentration on Reaction Rate (LC 2027)
16 – Studying the Effect of Concentration on Reaction Rate (LC 2027)
17 – Studying the Effect of Temperature on Reaction Rate (LC 2027)
17 – Studying the Effect of Temperature on Reaction Rate (LC 2027)
18 – Investigating Effects on the State of Equilibrium (LC 2027)
18 – Investigating Effects on the State of Equilibrium (LC 2027)
19 – Investigating the Heat of Combustion of Alcohols (LC 2027)
19 – Investigating the Heat of Combustion of Alcohols (LC 2027)
20 – Determining the Enthalpy of Reaction of a Neutralisation Reaction (LC 2027)
20 – Determining the Enthalpy of Reaction of a Neutralisation Reaction (LC 2027)
21 – Investigating Galvanic Cells (LC 2027)
21 – Investigating Galvanic Cells (LC 2027)
22 – Investigating with Inert Electrodes (LC 2027)
22 – Investigating with Inert Electrodes (LC 2027)
23 – Preparing & Investigating Ethene (LC 2027)
23 – Preparing & Investigating Ethene (LC 2027)
24 – Preparing an Ester (LC 2027)
24 – Preparing an Ester (LC 2027)
25 – Preparing Soap (LC 2027)
25 – Preparing Soap (LC 2027)
26 – Distinguishing Between Aldehydes and Ketones (LC 2027)
26 – Distinguishing Between Aldehydes and Ketones (LC 2027)
27 – Synthesising & Investigating Benzoic Acid (LC 2027)
27 – Synthesising & Investigating Benzoic Acid (LC 2027)
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