Danielitte • 12th Grade Chemistry • FREE for life • Slideshows, Notes, MCQs, Vid

About this course:

Grade 12 Chemistry delves deep into fundamental chemical principles, offering students a comprehensive understanding of the subject. Covering diverse topics like electrochemistry, chemical kinetics, and organic chemistry, the curriculum explores the intricacies of chemical reactions and their applications. Students learn about the properties of elements, compounds, and their interactions, along with practical experiments to reinforce theoretical concepts. From the study of solids to biomolecules, the curriculum equips students with analytical skills and problem-solving abilities crucial for higher education and real-world applications. Emphasizing both theoretical knowledge and practical experimentation, Grade 12 Chemistry fosters a holistic understanding of the fascinating world of chemistry.

Summary

Grade 12 Chemistry, students typically cover a wide range of topics that build upon the fundamentals learned in previous grades. The Grade 12 Chemistry curriculum aims to provide students with a deeper understanding of chemical principles, theories, and their applications. Here's a general overview of what students may study:

Solid State: Students learn about different types of solids, crystal lattice structures, unit cells, and the classification of solids based on different properties.
Solutions: This topic covers types of solutions, concentration units, colligative properties, and the ideal and non-ideal behavior of solutions.
Electrochemistry: Students study redox reactions, electrochemical cells, Nernst equation, conductance, and electrolysis.
Chemical Kinetics: This includes the study of the rate of chemical reactions, factors affecting reaction rates, rate laws, and activation energy.
Surface Chemistry: Topics include adsorption, catalysis, colloids, and emulsions.
General Principles and Processes of Isolation of Elements: Students learn about the principles and methods involved in the extraction of metals from ores.
p-Block Elements: This involves the study of the properties, occurrence, and uses of elements belonging to groups 15, 16, and 17 in the periodic table.
d- and f-Block Elements: Students learn about transition and inner transition metals, their properties, and applications.
Coordination Compounds: This topic covers the nomenclature, isomerism, bonding, and properties of coordination compounds.
Haloalkanes and Haloarenes: Students study the properties, preparation methods, and reactions of halogenated hydrocarbons.
Alcohols, Phenols, and Ethers: This includes the properties, preparation methods, and reactions of alcohols, phenols, and ethers.
Aldehydes, Ketones, and Carboxylic Acids: Topics include the nomenclature, preparation methods, and chemical reactions of carbonyl compounds.
Amines: Students learn about the classification, nomenclature, and reactions of amines.
Biomolecules: This involves the study of carbohydrates, proteins, nucleic acids, and lipids, their structure, properties, and biological importance.
Polymers: Topics include classification, preparation, properties, and uses of polymers.
Chemistry in Everyday Life: Students learn about the importance and applications of chemistry in various aspects of daily life, including medicines, food, and cleaning agents.

The Grade 12 Chemistry curriculum typically includes theoretical concepts as well as practical experiments to provide students with hands-on experience and a comprehensive understanding of the subject. Additionally, students are often required to solve numerical problems and analyze chemical reactions using principles learned throughout the course.

The Solid State Introduction General Characteristics Of Solid State Amorphous And Crystalline Solids Classification Of Crystalline Solids Crystal Lattices And Unit Cells Number Of Atoms In A Unit cell Close Packed Structures Packing Efficiency Calculations Involving Unit Cell Dimensions Imperfections In Solids Electrical Properties Magnetic Properties
Solutions Types Of Solutions Expressing Concentration Of Solutions Solubility Vapor Pressure Of Liquid Solutions Ideal And Non-Ideal Solutions Colligative Properties And Determination Of Molar Mass Abnormal Molar Mass
Electrochemistry Introduction Electrochemical Cells Galvanic Cells Nernst Equation Conductance Of Electrolytic Solutions Electrolytic Cells And Electrolysis Batteries Fuel Cells Corrosion
Chemical Kinetics Introduction Rate Of A Chemical Reaction Factors Influencing Rate Of A Reaction Integrated Rate Equation Pseudo First Order Reaction Temperature Dependence Of The Rate A Reaction Collision Theory Of Chemical Reactions
Surface Chemistry Introduction Adsorption Catalysis Colloids Classification Of Colloids Emulsions Colloids Around Us
General Principles And Processes Of Isolation Of Elements Introduction Occurrence Of Metals Concentration Of Ores Extraction Of Crude Metal From Concentrated Ore Thermodynamic Principles Of Metallurgy Electrochemical Principle Of Metallurgy Oxidation Reduction Refining Uses Of Aluminum, Copper, Zinc And Iron
The P- Block Elements Group 15 Elements DiNitrogen Ammonia Oxides Of Nitrogen Nitric Acid Phosphorus- Allotropic Forms Phosphine Phosphorus Halides Oxoacids Of Phosphorus Group 16 Elements DiOxygen Simple Oxides Ozone Sulphur - Allotropic Forms Sulphur Dioxide Oxoacids Of Sulphur Sulphur Acid Group 17 Elements Chlorine Hydrogen Chloride Oxoacids Of Halogens Interhalogen Compounds Group 18 Elements
The D- And F- Block Elements Position In The Periodic Table Electronic Configurations Of The D- Block Elements General Properties Of The Transition Elements Some Important Compounds Of Transition Elements The Lanthanoids The Actinides Some Applications Of D- And F- Block Elements
Coordination Compounds Werner's Theory Of Coordination Compounds Definitions Of Some Important Terms Pertaining To Coordination Compounds Nomenclature Of Coordination Compounds Isomerism In Coordination Compounds Bonding In Coordination Compounds Bonding In Metal Carbonyls Importance And Applications Of Coordination Compounds
Haloalkanes And Haloarenes Classification Nomenclature Nature Of C-X Bond Methods Of Preparation Physical Properties Chemical Reactions Polyhalogen Compounds
Alcohols, Phenols And Ethers Classification Nomenclature Structures Of Functional Groups Alcohols And Phenols Some Commercially Important Alcohols Ethers
Aldehydes, Ketones And Carboxylic Acids Nomenclature And Structure Of Carbonyl Group Preparation Of Aldehydes And Ketones Physical Properties Chemical Properties Uses Of Aldehydes And Ketones Nomenclature And Structure Of Carboxyl Group Methods Of Preparation Of Carboxylic Acids Physical Properties Chemical Reactions Uses Of Carboxylic Acids
Amines Structure Of Amines Classification Nomenclature Preparation Of Amines Physical Properties Chemical Properties Method Of Preparation Of Diazonium Salts Physical Properties Chemical Reactions Importance Of Diazonium Salts In Synthesis Of Aromatic Compounds
Biomolecules Carbohydrates Proteins Enzymes Vitamins Nucleic Acids
Polymers Introduction Classification Of Polymers Types Of Polymerization Reactions Molecular Mass Of Polymers Biodegradable Polymers Polymers Of Commercial Importance
Chemistry In Everyday Life Drugs And Their Classification Drug Target Interaction Therapeutic Action Of Different Classes Of Drugs Chemicals In Food Cleansing Agents

By the Numbers

Chapters: 16

Topics: 137 : 356

MCQs: 2867

Q & As: 0

Videos: 0

Rating: 0

Chemistry. Advanced Two - .12th Grade / Senior Year / WASSCE / O Level.

About this course:

Summary

12th-grade-chemistry

The Solid State

Solutions

Electrochemistry

Chemical Kinetics

Surface Chemistry

General Principles And Processes Of Isolation Of Elements

The P- Block Elements

The D- And F- Block Elements

Coordination Compounds

Haloalkanes And Haloarenes

Alcohols, Phenols And Ethers

Aldehydes, Ketones And Carboxylic Acids

Amines

Biomolecules

Polymers

Chemistry In Everyday Life

By the Numbers

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