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Chemistry

MDCAT Chemistry Mastery

Last Update January 15, 2026

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About This Course

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MDCAT Chemistry Mastery

Categories Chemistry

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Curriculum

125 Lessons10h 30m

Introduction to fundamental concepts of chemistry

Relative Atomic massPreview

Empirical formula and Molecular Formula

Combustion Analysis

Concept of mole and Avogadro’s Number

Molar Volume

Stoichiometry

Limiting reactant

Yield

Atomic Structure

Gases

Liquids

Solids

Chemical Equilibrium

Reaction Kinetics

Thermo-chemistry and Energetics of chemical reactions

Electrochemistry

Chemical bonding

S and p block elements

Transition Elements

Fundamental principles of organic chemistry

Chemistry of Hydrocarbons

Alkyl halides

Alcohols & phenols

Aldehydes and Ketones

Carboxylic acid

Macromolecules

Level

Intermediate
Duration

10 hours 30 minutes
Last Updated

January 15, 2026
Certificate

Certificate of completion

A course by

theadminscore

Expertly Designed Recorded Lectures
Comprehensive and Concise Notes
Extensive MCQs Practice
Exam-Focused Preparation
Flexible Learning
This course is your ultimate guide to mastering MDCAT Chemistry, providing the tools and resources you need to achieve your dream medical career.

Learning Objectives

Expertly Designed Recorded Lectures

Comprehensive and Concise Notes

Extensive MCQ Practice

Exam-Focused Preparation

Flexible Learning

Material Includes

Expertly Designed Recorded Lectures
Comprehensive and Concise Notes
Extensive MCQs Practice
Exam-Focused Preparation
Flexible Learning
This course is your ultimate guide to mastering MDCAT Chemistry, providing the tools and resources you need to achieve your dream medical career.

Requirements

Feel free to contact us regarding any instructions to fulfill requirements.

Target Audience

This course is your ultimate guide to mastering MDCAT Chemistry, providing the tools and resources you need to achieve your dream medical career.

Curriculum

125 Lessons10h 30m

Introduction to fundamental concepts of chemistry

Relative Atomic massPreview

Empirical formula and Molecular Formula

Combustion Analysis

Concept of mole and Avogadro’s Number

Molar Volume

Stoichiometry

Limiting reactant

Yield

Atomic Structure

Gases

Liquids

Solids

Chemical Equilibrium

Reaction Kinetics

Thermo-chemistry and Energetics of chemical reactions

Electrochemistry

Chemical bonding

S and p block elements

Transition Elements

Fundamental principles of organic chemistry

Chemistry of Hydrocarbons

Alkyl halides

Alcohols & phenols

Aldehydes and Ketones

Carboxylic acid

Macromolecules

Your Instructors

theadminscore

4.95/5

6 Courses

20 Reviews

2 Students

Level

Intermediate

Duration 10.5 hours

Lectures

125 lectures

Subject

Chemistry

Material Includes

Expertly Designed Recorded Lectures
Comprehensive and Concise Notes
Extensive MCQs Practice
Exam-Focused Preparation
Flexible Learning
This course is your ultimate guide to mastering MDCAT Chemistry, providing the tools and resources you need to achieve your dream medical career.

MDCAT Chemistry Mastery

About This Course

MDCAT Chemistry Mastery

What I will learn?

Curriculum

Introduction to fundamental concepts of chemistry

Relative Atomic massPreview

Empirical formula and Molecular Formula

Combustion Analysis

Concept of mole and Avogadro’s Number

Molar Volume

Stoichiometry

Limiting reactant

Yield

Atomic Structure

Discovery of Positive Rays

Plank’s Quanyum Theory

Bohr’s Atomic Model and Hydrogen Spectrum

Concept of Orbital

Quantum Numbers

Electronic Configuration

Gases

Properties of States of Matter

Boyle’s Law

Charle’s Law

Avogadro’s Law

General Gas Equation

Kinetic Molecular Theory of Gases

Non Ideal Behaviour of Gases

Vander Waal’s Equation

Liquids

Intermolecular Forces

London Dispersions Forces

Hydrogen Bonding

Evaporation

Vapour Pressure

Boiling Point

Solids

Solids and Their Types

Properties of Crystalline Solids

Crystal Lattice and Unit Cell

Crystals and their classification

Ionic Solids

Structure of Sodium Chloride

Factors Affecting the Shape of Ionic Crystals

Lattice Energy

Covalent Solids

Molecular Solids

Chemical Equilibrium

States of Chemical Equilibrium

Equilibrium Constant Expression for Important Reactions

Relationships between Equilibrium Constants

Application of Equilibrium Constants

Le-Chatelier’s Principle

Industrial Applications of Le-Chatelier’s Principle

Ionic Product of Water

pH and pOH

Ionization Constant of Acid and Base

Common Ion Effect

Buffer Solutions

Equilibria of Slightly Soluble Ionic Compounds

Reaction Kinetics

Rate of Reaction and Specific Rate Constant

Order of Reaction

Half Life Period

Methods to Determine Order of Reaction

Rate Determining Step

Determination of Rate of Reaction

Factors Affecting Rate Of Reaction

Energy of Activation

Thermo-chemistry and Energetics of chemical reactions

Exothermic and Endothermic Reactions

Spontaneous and Non Spontaneous Reaction

System, Surrounding and State Function

Internal Energy and Ways of Transferring Energy

First Law of Thermodynamics

Types of Enthalpies

Measurement of Enthalpy of A Reaction

Hess’s Law of Constant Heat Summation

Born Haber Cycle