Course Content
1.1 Atomic Components
0/4
> Subatomic particles (protons, neutrons, electrons)
13:12
> Atomic number (Z), mass number (A), isotopes
11:41
Relative atomic mass calculations
07:19
Atomic Components Full Chapter test with Step by Step Explanations
1.2 Quantum Mechanics
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Bohr model (energy levels, electron transitions)
21:44
>> Quantum numbers (n, l, mₗ, mₛ)
12:15
>> Orbital shapes (s, p, d)
12:01
>> Electron configurations (including exceptions: Cr, Cu)
10:19
Quantum Mechanics Full chapter test with Explanations
1.3 Periodic Trends
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>> Groups vs. periods
31:22
>> Atomic radius, ionization energy, electronegativity
14:04
>> Metal/nonmetal/metalloid classification
08:12
Periodic Trends Full Chapter Test with Explanations
2.1 Ionic Bonding
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> Formation between metals/nonmetals
> Lattice structure properties
17:21
> Common ionic compounds (NaCl, CaCO₃)
13:32
Ionic Bonding Full Chapter Test with Step by Step Explanations
2.2 Covalent Bonding
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> Single/double/triple bonds
06:16
> Polar vs. nonpolar molecules
08:20
> VSEPR theory (molecular shapes)
10:23
Covalent Bonding Full Chapter Test with Explanation
2.3 Intermolecular Forces
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> Hydrogen bonding (H₂O, NH₃, HF)
10:54
> Dipole-dipole interactions
45:36
> London dispersion forces
11:17
Intermolecular Force Full Chapter Test with step by Step Explanations
3.1 Mole Concept
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> Avogadro’s number (6.022×10²³)
17:58
> Molar mass calculations
11:19
> Empirical vs. molecular formulas
11:00
Mole Concept Full Chapter test with Explanation
3.2 Chemical Equations
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Balancing Chemical Equations Video
20:52
> Balancing equations
20:52
> Limiting reactants
20:12
Limiting Reactants
20:12
> Yield calculations
06:24
How to calculate Yield
11:03
Chemical Equations Chapter test with Step by step solutions
3.3 Solution Chemistry
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> Molarity calculations
21:27
> Dilution problems
21:55
> % composition by mass/volume
17:01
Solution Chemistry Test with step by step explanations
4.1 Gases
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> Ideal gas law (PV=nRT)
01:00:05
>>Ideal Gas Law Video-2
12:27
> Dalton’s law of partial pressures
23:15
> Kinetic molecular theory
43:21
Gases Full Chapter Test with Step by Step Explanations
4.2 Liquids & Solids
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> Phase change diagrams
10:28
> Properties of water (density anomaly, heat capacity)
10:54
> Crystal lattice structures
17:22
Liquid & Solids Full Chapter Test with Explanations
5.1 Energy Changes
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> Endothermic vs. exothermic
12:21
> Enthalpy (ΔH) calculations
11:39
Enthalpy change Video-2
14:03
Enthalpy calculations video-3
16:42
Enthalpy calculations video-4
16:40
> Calorimetry problems
27:37
Energy Changes Full Chapter Test
5.2 Entropy & Spontaneity
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> Gibbs free energy (ΔG = ΔH – TΔS)
44:45
> Spontaneous reaction conditions
11:11
Entropy & Spontaneity Full Chapter Test with Step by Step Explanations
6.1 Dynamic Equilibrium
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> Le Chatelier’s principle
26:40
> Equilibrium constant (Kₑq) expressions
53:22
Dynamic Equilibrium Full Chapter Test with Explanation
6.2 Acid-Base Equilibrium
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> pH/pOH calculations
13:50
> Strong vs. weak acids/bases
11:33
Weak acids vs Weak Bases
29:31
> Buffer systems
33:21
Acid-Base Equilibrium Full Chapter Test with Explanation
7.1 Hydrocarbons
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> Naming (IUPAC) alkanes/alkenes/alkynes
11:17
Naming alkenes
16:55
Naming alkynes
13:16
> Structural isomers
> Functional groups recognition
Hydrocarbons Full Chapter Test with Step by Step Explanations
7.2 Key Reactions
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> Combustion
11:48
> Substitution/addition reactions
Combustion analysis
16:49
> Oxidation of alcohols
16:48
Key Reaction Chapter Test with Explanations
8.1 Biomolecules
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Carbohydrates (mono/di/polysaccharides)
05:59
> Proteins (amino acids, peptide bonds)
11:34
> Lipids (saturated/unsaturated)
17:04
Biomolecules Test with Step by Step Explanations
8.2 Enzymes
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> Lock-and-key model
16:33
> Factors affecting activity (pH, temperature)
07:40
Enzymes Test with Step by step Explanations
IMAT Chemistry Course
IMAT Chemistry Tutor - The Bohr Model

IMAT Chemistry Tutor: The Bohr Model

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