AQA Chemistry AS – Level & A – Level

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AQA Chemistry AS – Level & A – Level

Instructor Miss Hijab Aqsa
Category Science
Last Update 21 Feb, 2025

Course Curriculam

Physical Chemistry (Year 1 – AS Level)

Atomic Structure
Amount of Substance
Bonding
Energetics
Kinetics
Chemical Equilibria and Le Chatelier’s Principle
Oxidation, Reduction, and Redox Equations

Inorganic Chemistry (Year 1 – AS Level)

Organic Chemistry (Year 1 – AS Level)

Advanced Physical Chemistry (Year 2 – A Levels)

Advanced Inorganic Chemistry (Year 2 – A Level)

Advanced Organic Chemistry (Year 2 – A Level)

Practical Work

$57 19% Off

Course Information

Instructor: Miss Hijab Aqsa
Lesson: 36
Quizze: 0

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### **📌 Entry Requirements**
To study AQA A-Level Chemistry, most schools and colleges require:
✅ **GCSE Chemistry (or Combined Science) at Grade 6 or above**
✅ **GCSE Maths at Grade 6 or above** (due to the mathematical content in chemistry)
✅ **Strong analytical and problem-solving skills**
✅ **An interest in practical science and laboratory work**
### **📖 Course Instructions & Guidelines**
#### **1️⃣ Course Structure & Study Approach**
📌 **Understand the Specification** – Read the official AQA syllabus to know the topics covered.
📌 **Follow a Study Plan** – Regularly review physical, inorganic, and organic chemistry topics.
📌 **Master the Concepts** – Focus on **bonding, reactions, calculations, and mechanisms**.
📌 **Balance Theory & Practice** – Combine textbook study with problem-solving exercises.
#### **2️⃣ Laboratory & Practical Work**
🔬 **Attend All Required Practicals** – These are essential for developing experimental skills.
🔬 **Follow Safety Guidelines** – Wear safety glasses, gloves, and follow lab protocols.
🔬 **Maintain a Lab Notebook** – Record observations, calculations, and results accurately.
🔬 **Understand Practical Applications** – Learn how experiments relate to theoretical concepts.
#### **3️⃣ Mathematical & Analytical Skills**
🧮 **Practice Chemical Calculations** – Moles, concentrations, enthalpy changes, and rate equations.
📈 **Understand Graphs & Data Interpretation** – Reaction rates, equilibrium shifts, and titration curves.
📝 **Use the Provided Data Booklet** – Familiarize yourself with standard values and constants.
#### **4️⃣ Exam Preparation & Assessments**
📌 **Revise Regularly** – Use summary notes, past papers, and topic-specific revision guides.
📌 **Solve Past Exam Papers** – Practice with **AQA mark schemes** to understand exam patterns.
📌 **Develop Time Management Skills** – Practice timed questions to improve exam performance.
📌 **Understand Marking Criteria** – Learn how to structure answers for full marks.
### **📌 Additional Recommendations**
✅ **Use Online Resources** – Websites like **Physics & Maths Tutor, ChemGuide, and Save My Exams** for extra help.
✅ **Join Study Groups** – Discussing problems with peers helps reinforce learning.
✅ **Seek Help When Needed** – Ask teachers or tutors for clarification on difficult topics.
✅ **Stay Consistent** – Chemistry requires **regular practice** to build confidence and mastery.

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AQA Chemistry AS – Level & A – Level

AQA Chemistry AS – Level & A – Level

Course Curriculam

Physical Chemistry (Year 1 – AS Level)

Atomic Structure

Amount of Substance

Bonding

Energetics

Kinetics

Chemical Equilibria and Le Chatelier’s Principle

Oxidation, Reduction, and Redox Equations

Inorganic Chemistry (Year 1 – AS Level)

Periodicity

Group 2: The Alkaline Earth Metals

Group 7: The Halogens

Organic Chemistry (Year 1 – AS Level)

Introduction to Organic Chemistry

Alkanes

Alkenes

Alcohols

Organic Analysis

Advanced Physical Chemistry (Year 2 – A Levels)

Thermodynamics

Rate Equations

Equilibrium Constant (Kp) for Gases

Electrode Potentials and Electrochemical Cells

Acids, Bases, and Buffers

Advanced Inorganic Chemistry (Year 2 – A Level)

Properties of Period 3 Elements and Their Oxides

Transition Metals

Reactions of Aqueous Ions

Advanced Organic Chemistry (Year 2 – A Level)

Optical Isomerism

Aldehydes and Ketones

Carboxylic Acids and Derivatives

Aromatic Chemistry

Amines, Amino Acids, and Polymers

Organic Synthesis and Synthetic Routes

NMR Spectroscopy and Chromatography

Practical Work

Titration techniques

Measuring enthalpy changes

Rates of reaction

Chromatography

Organic synthesis

Identifying ions and functional groups

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