General Chemistry Preparation
By NEATmet Learning Hub
Categories: Technical Development

About Course
This Refresher Course helps aspiring candidates to recapitulate and improve their fundamental knowledge on various aspects of general Chemistry at Class X level.
What Will You Learn?
- Atoms and Molecules
- Atomic Structure and Chemical bonding
- The Periodic Table
- Gases, Acids, Bases and Salts
- Chemical Bonding
- Electrolysis
- Compounds
- Organic Chemistry
Course Content
Atoms and Molecules
-
Laws of Chemical Combination
31:34 -
Atom and Atomic Mass
32:00 -
Molecule and Molecular Mass
25:28 -
Chemical Formulae
23:03 -
Writing Chemical Formulae
40:49 -
Mole Concept
31:05 -
Numerical on Mole Concept
30:30 -
What is Inside an Atom?
33:41 -
Electronic Configuration and Valency
33:53 -
Atom & Laws of Chemical Combination
24:43 -
Atomic and Molecular Mass
29:34 -
Mole Concept
52:40 -
What are Molecules?
11:39 -
Subatomic Particles & Atomic Model
30:12 -
Electronic Configuration, Atomic Number & Mass Number
27:18 -
Measuring Atomic Mass
04:15
The Language of Chemistry
-
Symbols
08:19 -
Valency
11:44 -
Chemical Formulae
18:42 -
Radicals – Naming and Formulae
12:38 -
Naming Chemical Compounds – Part I
08:51 -
Naming Chemical Compounds – Part II
07:54 -
Naming Chemical Compounds – Part III
04:39 -
Naming Chemical Compounds – Part IV
02:30 -
Chemical Equations
07:54 -
Reading a Chemical Equation
10:42 -
Balanced Chemical Equations – Part I
20:08 -
Balanced Chemical Equations – Part II
19:09 -
Balanced Chemical Equations – Part III
12:40 -
Balanced Chemical Equations – Part IV
16:36 -
Forming Chemical Equations
18:22 -
Partial Equations
18:51 -
Types of Reactions
10:42 -
Oxidation and Reduction
03:28 -
Relative Atomic and Molecular Mass
17:00 -
Relative Molecular Mass
08:20 -
Relative Atomic Mass
08:05
Atomic Structure and Chemical bonding
-
Structure of Atom
10:37 -
Atomic Mass Number
09:26 -
Atomic Number & Mass Number
03:23 -
What are Isotopes?
02:51 -
Valency and Octet Rule
12:29 -
Isotopes
13:33 -
The Octet Rule
03:20 -
Covalent Bond
11:00 -
Ionic Bond
06:33 -
Ionic Bond – Conditions and Examples
11:25 -
Ionic Bonding Introduction
07:20 -
Structure of Compounds
07:33
Chemical Changes and Reactions
-
Types of Chemical Reactions
20:53 -
Chemical Reactions and Equations
25:46 -
Chemical Reactions & Energy Changes
12:43 -
Chemical Changes
06:57 -
Chemical Changes and Reactions
12:40
The Periodic Table
-
History of Periodic Table
09:26 -
The Periodic Table
11:22 -
Classification of Elements
08:56 -
Periodic Table Explained | Introduction
14:14 -
Periodic Classification of Elements
11:05 -
Dobereiner’s Triads
05:09 -
Dobereiner’s Triads and Newland’s Octaves
04:44 -
Newland’s Law of Octaves
02:33 -
Mendeleev Periodic Table
12:35 -
Introduction to Modern Periodic Table
08:09 -
Modern Periodic Table
18:53 -
Modern Periodic Table – Periods
07:12 -
Periodic Table
49:28 -
Modern Periodic Table – Groups
04:06 -
Atomic Size
06:20 -
Electron Affinity
07:03
Water
-
Water as a Universal Solvent
09:11 -
Hydrated and Anhydrous Substances
03:58 -
Drying Agents
05:05 -
Sulphuric Acid – A Dehydrating Agent
02:30 -
Hard & Soft Water
04:22 -
Learn How to Turn Hard Water into Soft Water
03:54
Chemistry | Full Course
-
Introduction to Chemistry | Atoms, Compounds, and Ions
07:45 -
Elements and Atoms | Atoms, Compounds, and Ions
13:09 -
Introduction to the Atom | Chemistry of Life
21:05 -
Orbitals | Electronic Structure of Atoms
13:37 -
Configurations | Electron
10:04 -
Configuration|Orbitals and Electron
14:30 -
Electron Configurations 2 | Electronic Structure of Atoms
10:18 -
Noble Gas Configuration |Old, Low Volume)
06:46 -
Noble gas configuration | Electronic structure of atoms
06:47 -
Valence Electrons
15:23 -
Periodic Table | Groups
11:51 -
Periodic Table Trends | Ionization Energy
12:13 -
Periodic Table | Other Trends
15:38 -
Chemical bonds | Ionic, Covalent, and Metallic Bonds
13:21 -
Formulas | Molecular and Empirical
15:54 -
The Mole and Avogadro’s Number | Atoms, Compounds, and Ions
09:44 -
Formula|Mass Composition
12:58 -
Mass Composition|Problem
06:41 -
Balancing Equations|Chemical Equations
14:28 -
Stoichiometry | Chemical Reactions and stoichiometry
09:56 -
Stoichiometry: Limiting reagent | Chemical reactions and stoichiometry
15:04 -
Ideal Gas Equation I PV = nRT
09:22 -
Ideal Gas Equation | Example 1
10:08 -
Ideal Gas Equation | Example 2
13:01 -
Ideal Gas Equation | Example 3
05:46 -
Ideal Gas Equation | Example 4
05:03 -
Partial Pressure | Introduction
06:51 -
Partial Pressure | Example
15:08 -
States of Matter | States of Matter and Intermolecular Forces
19:24 -
States of Matter Follow-up | States of Matter and Intermolecular Forces
08:45 -
Specific Heat | Heat of Fusion and Vaporization Example
14:49 -
Chilling Water Problem | States of Matter and Intermolecular Forces
11:23 -
Phase Diagrams | States of Matter and Intermolecular Forces
12:35 -
Van der Waals Forces | States of Matter and Intermolecular Forces
11:39 -
Covalent Networks Crystal | Metallic Crystals, and Ionic Crystals
09:14 -
Vapor Pressure | States of Matter and Intermolecular Forces
18:04 -
Homogenized | Suspensions, Colloids and Solutions
13:56 -
Forces | Solubility and Intermolecular
13:22 -
Boiling and Freezing Point | Elevation and Depression
14:00 -
Introduction to Kinetics | Energy and Enzymes
15:26 -
Reactions in Equilibrium | Chemical Equilibrium
14:51 -
Mini-video on Ion Size | Periodic Table
03:04 -
Keq Intuition | Chemical Equilibrium
12:52 -
Keq Derivation Intuition | Chemical Equilibrium
15:50 -
Heterogeneous Equilibrium | Chemical Equilibrium
09:22 -
Le Chatelier’s Principle | Chemical Equilibrium
14:43 -
Introduction | pH, pOH, and pKw
18:09 -
Introduction | Acid Base
18:36 -
Strong Acids and Bases | pH, pOH
14:49 -
pH | Weak Acid
17:49 -
pH | Weak Base
13:00 -
Acids and Bases | Conjugate
16:45 -
pKa and pKb Relationship | Acids and Bases
14:33 -
Buffers and Henderson | Hasselbalch
14:54 -
Titration | Strong Acid
12:17 -
Buffer Capacity | Buffers, Titrations, and Solubility Equilibria
10:44 -
Titration | Weak Acid
10:24 -
Titration Roundup | Buffers, Titrations, and Solubility Equilibria
11:02 -
Introduction | Oxidation States
17:39 -
More | Oxidation States
17:28 -
Correction | Hydrogen Peroxide
02:22 -
Nuclear Chemistry | Redox Reactions
14:25 -
Nuclear Chemistry | Galvanic Cells
18:26 -
Nuclear Chemistry | Types of Decay
17:02 -
Nuclear Chemistry | Half-life and Carbon Dating
12:31 -
Nuclear Chemistry | Exponential Decay Formula Proof (can skip, involves calculus)
12:22 -
Nuclear Chemistry | Introduction to Exponential Decay
09:19 -
Nuclear Chemistry | More Exponential Decay Examples
07:22 -
Thermodynamics | Enthalpy
15:07 -
Thermodynamics | Heat of Formation
12:35 -
Thermodynamics | Hess’s Law and Reaction Enthalpy Change
15:40 -
Thermodynamics | Hess’s Law Example
12:08 -
Thermodynamics | Gibbs Free Energy and Spontaneity
17:40 -
Thermodynamics | Gibbs Free Energy Example
09:57 -
Thermodynamics | More Rigorous Gibbs Free Energy / Spontaneity Relationship
13:56 -
Thermodynamics | A look at a Seductive but Wrong Gibbs/Spontaneity Proof
06:40 -
Stoichiometry | Example Problem 1
13:35 -
Stoichiometry | Example Problem 2
18:53 -
Limiting Reactant | Example Problem 1
19:20 -
Stoichiometry | Empirical and Molecular Formulas
16:45 -
Finding Reactant Empirical Formula | Example
17:41 -
Stoichiometry | Reaction in Solution
10:18 -
Stoichiometry | Example in a Solution
09:46 -
Percent Composition | Molecular and Empirical Forumlas
10:34 -
Acid Base Titration | Example
12:30 -
Kinetics| Spectrophotometry Introduction
13:06 -
Kinetics | Spectrophotometry Example
12:42 -
Chemistry | Vapour Pressure Example
16:02 -
Change of State Example | States of Matter and Intermolecular Forces
07:37 -
Chemical Equilibrium | Small x Approximation for Small Kc
09:39 -
Chemical Equilibrium | Small x Approximation for Large Kc
14:08 -
pH and pKa Relationship | Buffers
07:50 -
Reaction | Finding Order
06:51 -
Boiling Points | Multiple Choice Sample
06:19 -
Kinetics | Rate Constant k from Half-life Example
06:13 -
Buffer Solution | Ways to Get
07:33 -
Work Example | Using the Reaction Quotient to Predict a Pressure Change
05:53 -
Kinetics | Units of the Rate Constant
05:08 -
Work Example | Calculating Internal Energy
07:14 -
Ionic Bonds | Coulombs Law
07:31 -
Bond Enthalpy | Enthalpy of Reaction
11:46 -
Chemical Equilibrium | Introduction to Reaction Quotient Qc
07:36 -
Chemical Equilibrium | Le Chatelier’s Principle Worked Example
07:57 -
Chemical Reactions | Conjugate Acid–base Pairs
08:26
Study of the First Element – Hydrogen
-
Position of Hydrogen in Periodic Table
05:38 -
Introduction and Discovery of Hydrogen
03:09 -
Study of The First Element 1 – Hydrogen, Position of Hydrogen
10:05 -
Dilute or Concentrated Acids/Bases
03:20 -
Preparation of Hydrogen
12:46 -
Oxidation and Reduction Reactions – Basic Introduction
16:05 -
Oxidation-Reduction Reactions
03:52 -
Oxidizing Agents and Reducing Agents
13:39 -
Introduction to Oxidation Reduction (Redox) Reactions
13:05 -
Organic Oxidation-Reduction Reactions
13:43
Study of Gas Laws
-
Introduction to Gas Laws
05:03 -
Gas Laws
07:36 -
Gases and Gas Laws
11:10 -
Gas Laws – Equations and Formulas
01:00:05 -
Boyle Law
20:47 -
Charles Law
20:53 -
Absolute Zero
10:24 -
Gas Law Problems Combined & Ideal
02:00:11
Atmospheric pollution
-
Acid Rain
06:12 -
Acid Rain
05:37 -
Reducing Acid Rain or its Effects
04:40 -
Greenhouse Effect and Global Warming
09:21 -
Greenhouse Gases and Greenhouse Effect – Explained.
10:03 -
Understanding Greenhouse Gases and Greenhouse Effect
02:20 -
What is the Greenhouse Effect?
02:30 -
Stratospheric Ozone Depletion
05:09 -
Ozone Depletion
03:25 -
The Ozone Layer
04:26 -
What is the Hole in the Ozone
04:22 -
Global and Regional Environmental Issues – Ozone Depletion
34:03
Chemical Bonding
-
Ionic and Covalent Compounds
11:44 -
Coordinate Bond
09:14 -
Electronic Configuration
12:30 -
What are Covalent Bonds?
05:48 -
Covalent Bond
11:00 -
Chemical Bonding – Full Course
01:05:27
Study of Acids, Bases and Salts
-
Acids Bases and Salts
17:58 -
Acids Bases and Salts – Full Course
56:28 -
Acids and Bases and Salts – Introduction
04:25 -
Natural Indicators – Part 1
02:42 -
Natural Indicators – Part 2
03:43 -
Neutralisation
02:42 -
Acids and Bases – Introduction
01:53 -
Acids and Bases – Reaction with each other
02:22 -
Dilute or Concentrated Acids/Bases
03:20 -
pH of Substances – Part 1
04:10 -
pH of Substances – Part 2
04:30 -
pH in Everyday Life
03:48 -
Water of Crystallization and Plaster of Paris
04:19
Analytical Chemistry
-
Ammonium Hydroxide & Sodium Hydroxide
18:23
Mole Concept and Stoichiometry
-
Concept of Mole – Part 1
03:09 -
Concept of Mole
06:00 -
Stoichiometry
12:47 -
Gay Lussac and Avogadro Law
17:11 -
Gay Lussac’s Law Practice Problems
12:05 -
Relative Vapour Density
05:25
Electrolysis
-
Electrolysis
32:46 -
What Is Electrolysis
05:11 -
Applications of Electrolysis
16:30 -
Identifying Strong Electrolytes, Weak Electrolytes, and Non-electrolytes – Chemistry Examples
10:13 -
Preferential Discharge of Ions at Electrodes
11:15 -
Electrolytes: Definition, Examples, & Practice
09:55 -
What Are Electrolytes?
07:47 -
Electrodes
07:34 -
Theory of Electrolytic Dissociation
07:39 -
Copper Sulphate and Graphite Copper Electrodes
12:49 -
What’s the Anode, Cathode, and Salt Bridge?
05:19 -
Quick differences and comparisons of Cathode and Anode
03:14
Metallurgy
-
Extraction of Metals (I)
11:54 -
Extraction of Metals (II)
11:33 -
Extraction of Aluminium
11:45 -
Occurrence of Metals
08:06 -
Uses of Metals and Alloys
08:09 -
Alloy & their Properties
04:45 -
List of Important Alloys- Composition and Uses
05:29 -
What is Metallurgy
02:50
Study of Compounds
-
Preparation of HCl
11:02 -
Physical Properties of HCl
05:15 -
Chemical Properties of HCl
10:10 -
Preparation of Ammonia
14:27 -
Physical Properties of Ammonia
04:35 -
Chemical Properties of Ammonia
13:54 -
Preparation of Nitric Acid
05:42 -
Chemical Properties of Nitric Acid
15:48 -
Preparation of Sulphuric Acid
06:11 -
Chemical Properties of Sulphuric Acid
11:39 -
HNO3 Lewis Structure of Nitric Acid
06:04
Organic Chemistry
-
Basic Introduction
41:56 -
Introduction to Organic Chemistry
04:37 -
Types of Organic Compounds
07:28 -
Types of Hydrocarbons
18:51 -
Homologous Series
04:09 -
Structure of Compounds
07:33 -
Alkyl Groups
04:45 -
Functional Groups
03:30 -
Longest Chain
07:15 -
Lowest Number
17:53 -
Alphabetical Order
08:21 -
Nomenclature of Halogens
05:05 -
Summary of Prefix Word Root
07:37 -
Nomenclature of Alkenes and Alkynes
12:25 -
Nomenclature of Functional groups
13:36 -
Summary: Functional groups
08:56 -
Isomers
06:28 -
Combustion
09:23 -
Substitution and Addition
15:19 -
Isomers and Structure of Alkanes
08:14 -
Formation of Alkanes
05:39 -
Reactions of Alkanes
08:35 -
Isomers and Structure of Alkenes
08:20 -
Formation of Alkenes
05:52 -
Reactions of Alkenes
07:33 -
Isomers and Structure of Alkynes
09:12 -
Formation of Alkynes
04:18 -
Reactions of Alkynes
06:24 -
Alcohols
16:28 -
Carboxylic Acids
10:58 -
Dehydrohalogenation
03:45 -
Reaction with Ozone
02:23 -
Action with Sodium
03:15
Organic Chemistry | Advance
-
Organic Molecules | Representing Structures
07:29 -
Naming | Simple Alkanes
09:28 -
Alkyl Groups | Naming Alkanes
11:03 -
Correction – 2-Propylheptane | Should Never be the Name
02:55 -
Common and Systematic Naming | iso-, sec-, and tert- Prefixes
13:32 -
More Organic Chemistry Naming | Examples 1
08:59 -
Organic Chemistry Naming | Examples 2
10:26 -
Organic Chemistry Naming | Examples 3
08:11 -
Organic Chemistry Naming | Examples 4
10:03 -
Organic Chemistry Naming | Examples 5
07:47 -
Naming Alkenes | Examples
08:27 -
Naming alkyl halides | Substitution and elimination reactions
09:03 -
sp3 hybridized orbitals and sigma bonds | Structure and bonding
16:22 -
Pi bonds and sp2 hybridized orbitals | Structure and bonding
14:12 -
Newman projections | Alkanes, cycloalkanes, and functional groups
14:21 -
Newman | Projections 2
11:12 -
Cyclohexane | Chair and Boat Shapes
12:28 -
Methylcyclohexane | Double Newman Diagram
14:38 -
Stereochemistry | Introduction to Chirality
06:46 -
Stereochemistry | Chiral examples 1
11:02 -
Stereochemistry | Chiral examples 2
10:19 -
Naming Enantiomers | Cahn-Ingold-Prelog System
11:02 -
R,S (Cahn-Ingold-Prelog) Naming System | Example 2
11:08 -
Pairs of Molecules | Meso Compounds
13:36 -
Alkenes and Alkynes | Cis-trans and E-Z Naming Scheme for Alkenes
04:56 -
Entgegen-Zusammen Naming Scheme | Alkenes Examples
06:04 -
Alkenes and Alkynes | Introduction to Reaction Mechanisms
11:21 -
Alkenes and Alkynes | Markovnikov’s Rule and Carbocations
09:09 -
Alkenes and Alkynes | Polymerization of Alkenes with Acid
12:03 -
Reactions | Sn2
11:31 -
Stereochemistry | Sn2
10:00 -
Solvent Effects | Sn1 and Sn2 Reactions
14:14 -
Nucleophilicity | Nucleophile Strength
13:55 -
Nucleophilicity vs. Basicity
12:47 -
E2 reactions | Substitution and elimination reactions
08:53 -
E1 reactions | Substitution and elimination reactions
09:22 -
Zaitsev’s rule | Substitution and elimination reactions
13:29 -
Comparing E2 E1 Sn2 Sn1 Reactions
12:26 -
E2 E1 Sn2 Sn1 Reactions Example 2
03:05 -
E2 E1 Sn2 Sn1 Reactions Example 3
13:18 -
Free radical reactions | Substitution and elimination reactions
13:45 -
Alcohols | Alcohols, ethers, epoxides, sulfides
06:51 -
Alcohol properties | Alcohols, ethers, epoxides, sulfides
09:23 -
Resonance
11:50 -
Ether naming and introduction
10:59 -
Cyclic ethers and epoxide naming
07:47 -
Ring-opening Sn2 reaction of expoxides
11:33 -
Sn1 and Sn2 epoxide opening discussion
07:58 -
Aromatic Compounds and Huckel’s Rule
10:24 -
Naming benzene derivatives introduction | Aromatic Compounds
08:39 -
Electrophilic aromatic substitution | Aromatic Compounds
11:17 -
Bromination of benzene | Aromatic Compounds
12:56 -
Amine naming introduction | Amines
06:50 -
Amine naming introduction | Amines
05:43 -
Amine as Nucleophile in Sn2 Reaction
14:45 -
Amine in Sn2 part 2
10:22 -
Sn1 Amine Reaction
08:15 -
Aldehyde introduction | Aldehydes and ketones
07:48 -
Ketone naming | Aldehydes and ketones
08:44 -
Friedel-Crafts acylation | Aromatic Compounds
11:18 -
Friedel crafts acylation addendum | Aromatic Compounds
00:50 -
Keto-enol tautomerization (by Sal) | Alpha Carbon Chemistry
08:03 -
Carboxylic acid introduction | Carboxylic acids and derivatives
08:51 -
Carboxylic acid naming | Carboxylic acids and derivatives
05:26 -
Fischer esterification | Carboxylic acids and derivatives
17:12 -
Acid chloride formation | Carboxylic acids and derivatives
11:49 -
Amides, anhydrides, esters, and acyl chlorides
08:48 -
Relative stability of amides, esters, anhydrides, and acyl chlorides
11:09 -
Amide formation from acyl chloride | Carboxylic acids and derivatives
09:01 -
Aldol reaction | Alpha Carbon Chemistry
11:41
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