YAKILI | Lowersixth Chemistry

Course / Course Details

Lowersixth Chemistry

By - High School Chemistry Tutor
0 students
166 Hours 40 Min
(0)

Course Requirements

1. Prerequisite Knowledge: Students enrolling in the Lower Sixth Chemistry course in Cameroon should have successfully completed the O-Level Chemistry course or its equivalent. A solid understanding of basic chemical concepts, including atomic structure, chemical bonding, and stoichiometry, is essential.

Course Description

A Comprehensive Course This course is designed to provide students in Cameroon with a comprehensive understanding of Lower Sixth Chemistry. Through a professional and structured approach, students will delve into the fundamental concepts of chemistry, including atomic structure, chemical bonding, stoichiometry, and chemical reactions. Our experienced instructors will guide students through engaging lectures, interactive discussions, and practical experiments to enhance their understanding of the subject. With a focus on developing critical thinking and problem-solving skills, students will be equipped with the necessary tools to excel in their chemistry studies. By the end of this course, students will have a solid foundation in Lower Sixth Chemistry, enabling them to confidently tackle more complex topics in their academic journey. Join us and embark on a rewarding learning experience that will pave the way for future success in the field of chemistry.

Course Outcomes

A. Overview of the course objectives and structure B. Introduction to the importance of chemistry in everyday life C. Discussion on the relevance of chemistry in Cameroon II. Atomic Structure and Periodicity A. Atomic structure and the fundamental particles B. Electronic configuration and the periodic table C. Trends in periodicity and their applications III. Chemical Bonding and Molecular Structure A. Types of chemical bonds and their properties B. Lewis dot structures and molecular geometry C. Intermolecular forces and their effects IV. States of Matter A. Properties and behavior of gases, liquids, and solids B. Gas laws and their applications C. Phase changes and their energy considerations V. Chemical Reactions and Stoichiometry A. Balancing chemical equations B. Stoichiometry and mole calculations C. Reaction types and their applications VI. Acids, Bases, and Salts A. Properties and definitions of acids and bases B. pH scale and acid-base indicators C. Neutralization reactions and salt formation VII. Chemical Equilibrium A. Equilibrium constant and the equilibrium expression B. Le Chatelier's principle and its applications C. Factors affecting equilibrium and their effects VIII. Redox Reactions A. Oxidation and reduction processes B. Balancing redox equations C. Applications of redox reactions in everyday life IX. Organic Chemistry A. Introduction to organic compounds and their properties B. Functional groups and their reactions C. Nomenclature and isomerism in organic compounds X. Environmental Chemistry A. Pollution and its types B. Environmental impact of chemical processes C. Sustainable chemistry and its importance XI. Laboratory Techniques and Safety A. Introduction to common laboratory equipment B. Safety precautions and protocols in the chemistry lab C. Experimental techniques and data analysis XII. Review and Assessment A. Comprehensive review of the course topics B. Practice exercises and problem-solving sessions C. Final assessment and evaluation of student understanding Note: This course outline is subject to modification based on the specific curriculum and requirements of the educational institution offering Lower Sixth Chemistry

Course Curriculum

8 chapters
107 lectures
0 quizzes
166 Hours 40 Min total length

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1 The Mole's Constant

5 Min

2 Avogadro’s Constant

5 Min

3 Relative Atomic Mass

5 Min

4 Relative Molecular Mass

5 Min

5 Molar Mass

5 Min

6 Empirical and Molecular Formula

5 Min

7 Gas Laws And Ideal Gas Equation

5 Min

8 Mole Quantities Of Gases

5 Min

9 Molar Volume at s.t.p. and r.t.p

5 Min

1 Experimental Determination Of The Relative Molecular Mass Of A Volatile Liquid, And Calculations.

5 Min

2 Back Titrations

5 Min

3 Complexometric Titration

5 Min

4 Precipitation Titrations

5 Min

5 Redox Titrations

5 Min

6 Acid-Base Titrations

5 Min

7 Types Of Titrations And Related Calculations

5 Min

8 Writing And Balancing Redox Equations

5 Min

9 Rules For Assigning Oxidation Numbers.

5 Min

10 Redox And Oxidation Numbers

5 Min

11 Interpretation Of Chemical Equations: Yields Of Reactions And Limiting Reagents

5 Min

12 Concentrations of Homogeneous Solutions in mol dm-3 and g dm-3

5 Min

13 Mole Quantities Of Solutions

5 Min

1 The Atom And Subatomic Particles

5 Min

2 Definition Of Periodic Trends

5 Min

3 Electron Affinity As Converse Of Ionization Energy

5 Min

4 Shape of the Porbital

5 Min

5 The Wave-Particle Duality

5 Min

6 Uncertainty Principle

5 Min

7 Electron Density

5 Min

8 Description Of S-Orbitals

5 Min

9 Building Up Principle And Electronic Configuration

5 Min

10 Experimental Evidence Of Ionization Energy

5 Min

11 Atomic Emission Spectrum Of Hydrogen

5 Min

12 Emission Spectrum

5 Min

13 Absorption Spectrum

5 Min

14 Electromagnetic Spectrum

5 Min

15 The Electronic Structure Of Atoms

5 Min

16 Nuclear Equations

5 Min

17 Uses And Dangers Of Radiations

5 Min

18 Characteristics of Radioactivity

5 Min

19 Radioactivity

5 Min

20 Functioning and Uses

5 Min

21 The Mass Spectrometer

5 Min

1 Types Of Chemical Bonds

5 Min

2 The Ionic Bond

5 Min

3 Formation And Characteristics Of Ionic Compounds

5 Min

4 Covalent Bond

5 Min

5 Formation And Characteristics Of Covalent Bonds

5 Min

6 Intermediate Bond Types

5 Min

7 Metallic Bond

5 Min

8 Formation And Characteristics Of Metals

5 Min

9 Intermolecular Forces

5 Min

10 Van der Waals

5 Min

11 Dipole-Dipole

5 Min

12 Hydrogen-Bonding

5 Min

13 Effects Of Intermolecular Forces On Physical Properties Of Substances

5 Min

14 Shapes of Simple Molecules and Ions

5 Min

15 Bonding

5 Min

16 Structure and Physical Properties of Bonding

5 Min

17 Crystal Structures

5 Min

18 Ionic Solids

5 Min

19 Covalent Solids and Molecular Crystals

5 Min

1 Definition Of Organic Chemistry

5 Min

2 The Peculiar Nature Of Carbon

5 Min

3 Brief Review Of Bonding And Hybridization Of Carbon

5 Min

4 Classification Of Organic Compounds

5 Min

5 Functional Groups And Homologous Series

5 Min

6 Isomerism

5 Min

7 Nomenclature

5 Min

8 Determination Of Structures

5 Min

9 Isolation Techniques

5 Min

10 Methods Of Purifying Organic Compounds

5 Min

11 Qualitative Analysis Of Elements

5 Min

12 Quantitative Analysis Of Elements

5 Min

13 Empirical And Molecular Formulae

5 Min

14 Spectroscopic Techniques

5 Min

15 Types Of Organic Reactions

5 Min

16 Chemistry Of Hydrocarbons

5 Min

17 Petroleum Chemistry

5 Min

18 Saturated H.C.s

5 Min

19 Unsaturated H.C.s

5 Min

20 Chemistry of Hydrocarbons

5 Min

21 Aromatic Hydrocarbons

5 Min

22 Pollution From Organic Compounds

5 Min

23 Introduction And Measurements Of Enthalpy Changes

5 Min

24 Hess’ Law And Its Applications

5 Min

1 Introduction And Measurements Of Enthalpy Changes

5 Min

2 Hess’ Law And Its Applications

5 Min

3 Energetics Of Formation Of Covalent Molecules

5 Min

4 Energetics Of Formation Of Ionic Compounds

5 Min

5 Solvation

5 Min

6 Energy Sources

5 Min

1 The Long Form Of The Periodic Table

5 Min

2 Periodicity (from Li to Ar)

5 Min

3 The Long Form Of The Periodic Table

5 Min

4 Periodicity (from Li to Ar)

5 Min

5 Periodic Relationships Amongst The Oxides

5 Min

6 Periodic Relationships Amongst The Chlorides

5 Min

7 Periodic Relationships Amongst The Simple Hydrides Of Elements Of Periods 2 & 3 (Li To Cl)

5 Min

8 Comparative Study Of The S-Block Elements

5 Min

1 Equilibrium State

5 Min

2 One-Component Systems

5 Min

3 Two-Component Systems

5 Min

4 Solutions

5 Min

5 Ideal Solutions

5 Min

6 Non-Ideal Solutions

5 Min

7 Non-Miscible Liquids

5 Min

Instructor

High School Chemistry Tutor

Our high school chemistry tutor plays a crucial role in helping students grasp fundamental concepts of chemistry, develop laboratory skills, and foster a deeper understanding of the natural world.

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