Ar & Mr , Mole, Mass-Mole relationship, Molar Gas, Percentange Yield, Limiting Reactant, Atom Economy, Avogadro's Number

What you'll learn

Students will learn the technique to balance Chemical Equations

Students will be able to calculate Atomic Mass (Ar) and Relative Formula Mass (Mr)

Students will be able to calculate Moles from the given Mass and vice versa

Students will be able to calculate Moles of Gases from the given Volume and vice versa

Students will be able to calculate percentage of Element in a Compound

Students will understand the concept of Avogadro's number

Students will understand the difference between Solute, Solvent, Solution and Concentration

Students will be able to calculate Concentration in g/dm³ and in mol/dm³

Students will be able to convert g/dm³ to mol/dm³ and vice versa

Students will be able to calculate Masses from the Balanced Chemical Equations

Students will be able to calculate Moles from the Titration Equation

Students will be able to use Moles to balance equations

Students will be able to calculate Percentage yield, Atom economy and Limiting Reactant

Requirements

Student who has started GCSE can learn from this course

Description

Welcome to the comprehensive GCSE AQA Quantitative Chemistry course on Udemy! In this course, you will delve into the fundamental concepts and calculations essential for understanding and mastering quantitative aspects of chemistry.We will start by exploring atomic mass (Ar) and molecular mass (Mr), enabling you to confidently calculate the masses of atoms and molecules. Building upon this foundation, we will dive into the concept of moles, providing you with a solid understanding of this fundamental unit of measurement in chemistry.Next, we will examine the mass-mole relationship, which will empower you to convert between mass and moles effectively. We will also explore the fascinating molar gas volume, equipping you with the skills to calculate the volume of gases involved in chemical reactions.Our journey continues with an in-depth exploration of the volume-mole relationship, where you will learn to relate the volume of a gas to the number of moles present. Through this, you will gain a deeper understanding of Avogadro's number and its significance in chemistry.We will then shift our focus towards solutions, covering the concepts of solute, solvent, solution, and concentration. You will learn how to calculate concentration in g/dm³ and mol/dm³, as well as how to convert between the two units. Additionally, you will discover how to utilize moles to balance chemical equations and calculate masses from balanced chemical equations.The course will also cover important topics such as the calculation of moles from titration equations, determining percentage yield, and identifying the limiting reactant. Finally, we will explore the concept of atom economy, which plays a crucial role in sustainable and efficient chemical processes.Throughout the course, you will encounter numerous examples, step-by-step explanations, and practical exercises to reinforce your understanding of each topic. By the end of this course, you will possess a strong foundation in GCSE AQA Quantitative Chemistry, empowering you to excel in your studies and exams.Enroll now and embark on this exciting educational journey to unlock the fascinating world of quantitative chemistry!

Overview

Section 1: Important Instructions to Read and Follow before starting this Course

Lecture 1 Important Instructions to follow- Read it before starting course

Section 2: Video Lessons of Quantitative Chemistry

Lecture 2 Conservation of Mass and Technique to Balance Chemical Equations

Lecture 3 Atomic Mass (Ar) and Relative Formula Mass (Mr)

Lecture 4 Defining Moles- Mass Mole Relationship Triangle with Worked Examples

Lecture 5 Volume-Mole Relationship Triangle with Worked Examples

Lecture 6 Percentage of Element in a Compound

Lecture 7 Avogadro's Number with Worked Examples

Lecture 8 Solute, Solvent, Solution and Concentration

Lecture 9 Concentration in g/dm³

Lecture 10 Concentration in mol/dm³

Lecture 11 Converting g/dm³ to mol/dm³

Lecture 12 Converting mol/dm³ to g/dm³

Lecture 13 Calculating Masses from Balanced Chemical Equation

Lecture 14 Titration Equation - Moles related Calculations

Lecture 15 Percentage Yield

Lecture 16 Using Moles to Balance Equations

Lecture 17 Atom Economy

Lecture 18 Limiting Reactant

Section 3: Essential Reading Material and Chapter Notes

Lecture 19 Mass Changes when a Reactant or Product is a Gas

Lecture 20 Choosing a Reaction Pathway (Chemistry only) (HT only)

Lecture 21 Chemical Measurements

Lecture 22 Notes of Complete Chapter

Section 4: Practise Questions and Test

Lecture 23 Practise Questions of Quantitative Chemistry

Lecture 24 Marking Scheme of Quantitative Chemistry

Lecture 25 End of the Unit Test

Lecture 26 Marking Scheme of Test

GCSE students studying Chemistry

GCSE_AQA_Quantitative_Chemistry_Complete_Course.part1.rar - 995.0 MB

GCSE_AQA_Quantitative_Chemistry_Complete_Course.part2.rar - 995.0 MB

GCSE_AQA_Quantitative_Chemistry_Complete_Course.part3.rar - 995.0 MB

GCSE_AQA_Quantitative_Chemistry_Complete_Course.part4.rar - 728.3 MB