Course Overview:
This course provides a complete and structured understanding of Chemistry for students preparing to pass acceptance exams at medical universities and for first-year medical students seeking to strengthen their foundational knowledge.
The content integrates concepts from General, Inorganic, Organic, and Basic Biochemistry, emphasizing their medical and biological applications.
Through clear explanations, problem-based learning, and self-assessment quizzes, students will develop the analytical and reasoning skills required for success in entrance exams and early medical coursework.
Course Objectives:
By the end of this course, students will be able to:
- Understand fundamental principles of atomic structure, bonding, and periodic properties.
- Explain chemical reactions, thermodynamics, kinetics, and equilibrium in a biomedical context.
- Master the behavior of acids, bases, buffers, and solutions relevant to human physiology.
- Recognize the structure and reactivity of organic molecules essential for biochemistry.
- Apply chemistry concepts to biological and medical processes such as metabolism, energy transformations, and drug interactions.
- Develop critical problem-solving skills through exam-style quizzes and conceptual exercises.
Course Structure:
- Module 1: Foundations of General and Inorganic Chemistry
- Module 2: Chemical Reactions, Thermodynamics, and Kinetics
- Module 4: Organic Chemistry Essentials for Medical Students
- Module 5: Introduction to Biochemistry and Molecular Basis of Life
- Module 6: Integrated Review and Exam Simulation
Each module includes:
- Detailed online materials with clear explanations and medical correlations
- Practice problems and interactive quizzes to reinforce learning
- Summary sheets and concept maps for efficient review
Target Audience:
- Students preparing for medical university entrance exams
- First-year medical students seeking a strong chemistry foundation
- Students in related fields (pharmacy, biomedical sciences, nursing)
Course Outcomes:
After completing this course, learners will have a solid, medically relevant understanding of Chemistry, improved exam performance, and enhanced readiness for advanced topics in biochemistry and physiology.
Why This Course?
- Designed by medical educators with a focus on clinical relevance
- Balanced integration of theory and application
- Includes exam-oriented quizzes similar to those in medical entrance tests
- Accessible online anytime, with structured materials and self-paced learning
Curriculum
- 10 Sections
- 45 Lessons
- 12 Weeks
- Module 1: Foundations of Chemistry12
- 1.1Atomic structure: protons, neutrons, electrons.
- 1.2Atomic structure: [ protons, neutrons, electrons. ]20 Minutes20 Questions
- 1.3Periodic table trends: atomic radius, electronegativity, ionization energy.
- 1.4Periodic table trends: [ atomic radius, electronegativity, ionization energy. ]20 Minutes20 Questions
- 1.5Chemical bonding: [ ionic, covalent, metallic, hydrogen bonding. ]
- 1.6Chemical bonding: ionic, covalent, metallic, hydrogen bonding.20 Minutes20 Questions
- 1.7Molecular geometry and polarity (VSEPR theory).
- 1.8Molecular geometry and polarity (VSEPR theory).20 Minutes20 Questions
- 1.9Stoichiometry: mole concept, molar mass, chemical equations, limiting reagents.
- 1.10Stoichiometry: [ mole concept, molar mass, chemical equations, limiting reagents. ]20 Minutes20 Questions
- 1.11Foundations of Chemistry, test no. 20251008 000130 Minutes30 Questions
- 1.12Foundations of Chemistry, test no. 20251008 000230 Minutes30 Questions
- Module 2: States of Matter & Solutions12
- 2.1Properties of solids, liquids, gases.
- 2.2Properties of solids, liquids, gases.20 Minutes20 Questions
- 2.3Gas laws (Boyle’s, Charles’, Avogadro’s, Ideal Gas Law).
- 2.4Gas laws (Boyle’s, Charles’, Avogadro’s, Ideal Gas Law).20 Minutes20 Questions
- 2.5Solutions: solubility, concentration units (M, m, %, ppm).
- 2.6Solutions: solubility, concentration units (M, m, %, ppm).20 Minutes20 Questions
- 2.7Colligative properties: boiling point elevation, freezing point depression, osmotic pressure.
- 2.8Colligative properties: boiling point elevation, freezing point depression, osmotic pressure.20 Minutes20 Questions
- 2.9Acid-base concepts: Arrhenius, Brønsted-Lowry, Lewis.
- 2.10Acid-base concepts: Arrhenius, Brønsted-Lowry, Lewis.20 Minutes20 Questions
- 2.11States of matter & solutions, test no. 20251008 000130 Minutes30 Questions
- 2.12States of matter & solutions, test no. 20251008 000230 Minutes30 Questions
- Module 3: Chemical Thermodynamics & Kinetics12
- 3.1Laws of thermodynamics (focus on 1st and 2nd).
- 3.2Laws of thermodynamics (focus on 1st and 2nd).20 Minutes20 Questions
- 3.3Enthalpy, entropy, Gibbs free energy.
- 3.4Enthalpy, entropy, Gibbs free energy.20 Minutes20 Questions
- 3.5Endothermic vs exothermic reactions.
- 3.6Endothermic vs exothermic reactions.20 Minutes20 Questions
- 3.7Reaction rates: factors affecting rate, catalysts, activation energy.
- 3.8Reaction rates: factors affecting rate, catalysts, activation energy.20 Minutes20 Questions
- 3.9Reaction mechanisms & rate laws.
- 3.10Reaction mechanisms & rate laws.20 Minutes20 Questions
- 3.11Chemical Thermodynamics & Kinetics, test no. 20251009 000130 Minutes30 Questions
- 3.12Chemical Thermodynamics & Kinetics, test no. 20251009 000230 Minutes30 Questions
- Module 4: Chemical Equilibria12
- 4.1Dynamic equilibrium, Le Chatelier’s principle.
- 4.2Dynamic equilibrium, Le Chatelier’s principle.20 Minutes20 Questions
- 4.3Equilibrium constant (Kc, Kp).
- 4.4Equilibrium constant (Kc, Kp).20 Minutes20 Questions
- 4.5Acid-base equilibrium: Ka, Kb, pKa, pH, buffers.
- 4.6Acid-base equilibrium: Ka, Kb, pKa, pH, buffers.20 Minutes20 Questions
- 4.7Solubility product (Ksp) & common ion effect.
- 4.8Solubility product (Ksp) & common ion effect.20 Minutes20 Questions
- 4.9Applications in biological systems (blood buffer, respiratory equilibrium).
- 4.10Applications in biological systems (blood buffer, respiratory equilibrium).20 Minutes20 Questions
- 4.11Chemical Equilibria, test no. 20251009 000130 Minutes30 Questions
- 4.12Chemical Equilibria, test no. 20251009 000230 Minutes30 Questions
- Module 5: Electrochemistry12
- 5.1Oxidation-reduction reactions.
- 5.2Oxidation-reduction reactions.20 Minutes20 Questions
- 5.3Balancing redox equations.
- 5.4Balancing redox equations.20 Minutes20 Questions
- 5.5Galvanic cells, standard electrode potentials.
- 5.6Galvanic cells, standard electrode potentials.20 Minutes20 Questions
- 5.7Electrolytic cells & Faraday’s laws.
- 5.8Electrolytic cells & Faraday’s laws.20 Minutes20 Questions
- 5.9Biological redox systems (hemoglobin, metabolism).
- 5.10Biological redox systems (hemoglobin, metabolism).20 Minutes20 Questions
- 5.11Electrochemistry, test no. 20251010 000130 Minutes30 Questions
- 5.12Electrochemistry, test no. 20251010 000230 Minutes30 Questions
- Module 6: Organic Chemistry for Medicine12
- 6.1Introduction to functional groups: alkanes, alkenes, alkynes, aromatics.
- 6.2Introduction to functional groups: alkanes, alkenes, alkynes, aromatics.20 Minutes20 Questions
- 6.3Alcohols, phenols, aldehydes, ketones, carboxylic acids.
- 6.4Alcohols, phenols, aldehydes, ketones, carboxylic acids.20 Minutes20 Questions
- 6.5Amines, amides, esters.
- 6.6Amines, amides, esters.20 Minutes20 Questions
- 6.7Isomerism: structural & stereoisomerism.
- 6.8Isomerism: structural & stereoisomerism.20 Minutes20 Questions
- 6.9Biologically relevant molecules: glucose, amino acids, nucleotides, lipids.
- 6.10Biologically relevant molecules: glucose, amino acids, nucleotides, lipids.20 Minutes20 Questions
- 6.11Organic Chemistry for Medicine, test no. 20251010 000130 Minutes30 Questions
- 6.12Organic Chemistry for Medicine, test no. 20251010 000230 Minutes30 Questions
- Module 7: Biochemistry Basics (Bridge to Medicine)12
- 7.1Intro to biomolecules in metabolism.
- 7.2Intro to biomolecules in metabolism.20 Minutes20 Questions
- 7.3Structure of proteins, carbohydrates, lipids, nucleic acids.
- 7.4Structure of proteins, carbohydrates, lipids, nucleic acids.20 Minutes20 Questions
- 7.5Enzyme function: active site, specificity, inhibition.
- 7.6Enzyme function: active site, specificity, inhibition.20 Minutes20 Questions
- 7.7Metabolic pathways overview (glycolysis, Krebs cycle, oxidative phosphorylation).
- 7.8Metabolic pathways overview (glycolysis, Krebs cycle, oxidative phosphorylation).20 Minutes20 Questions
- 7.9Acid-base balance in the body.
- 7.10Acid-base balance in the body.20 Minutes20 Questions
- 7.11Biochemistry Basics (Bridge to Medicine), test no. 20201010 000130 Minutes30 Questions
- 7.12Biochemistry Basics (Bridge to Medicine), test no. 20201010 000230 Minutes30 Questions
- Other related topics20
- 8.1General characteristics of the IVA-, VA-, VIA-, VIIA-groups of the Periodic Table
- 8.2General characteristics of the IVA-, VA-, VIA-, VIIA-groups of the Periodic Table, variant no. 20251011 000120 Minutes20 Questions
- 8.3Hydrogen, its chemical and physical properties
- 8.4Hydrogen, its chemical and physical properties, variant no. 20251011 000120 Minutes20 Questions
- 8.5Properties of zine oxide and hydroxide
- 8.6Properties of zine oxide and hydroxide, variant no. 20251011 000120 Minutes20 Questions
- 8.7Properties of copper(D) and (II) compounds
- 8.8Properties of copper(D) and (II) compounds, variant no. 20251011 000120 Minutes20 Questions
- 8.9Properties of iron, oxides and hydroxides of iron(IL) and (III)
- 8.10Properties of iron, oxides and hydroxides of iron(IL) and (III), variant no. 20251011 000120 Minutes20 Questions
- 8.11Properties of potassium permanganate; reduction of permanganate ion in acidic, neutral and alkaline media
- 8.12Properties of potassium permanganate; reduction of permanganate ion in acidic, neutral and alkaline media, variant no. 20251012 000120 Minutes20 Questions
- 8.13Properties of chromium(Il) and (III) oxides and hydroxides, chromates and dichromates
- 8.14Properties of chromium(Il) and (III) oxides and hydroxides, chromates and dichromates, variant no. 20251012 000120 Minutes20 Questions
- 8.15Properties of aluminium and its compounds
- 8.16Properties of aluminium and its compounds, variant no, 20251012 000120 Minutes20 Questions
- 8.17Properties of sodium, potassium, calcium and magnesium and their compounds
- 8.18Properties of sodium, potassium, calcium and magnesium and their compounds, variant no. 20251012 000120 Minutes20 Questions
- 8.19Water hardness and ways to eliminate it
- 8.20Water hardness and ways to eliminate it, variant no. 20251012 000120 Minutes20 Questions
- Final test models10
- 9.1Chemistry test, variant no. 20251013 000130 Minutes30 Questions
- 9.2Chemistry test, variant no. 20251013 000230 Minutes30 Questions
- 9.3Chemistry test, variant no. 20251013 000330 Minutes30 Questions
- 9.4Chemistry test, variant no. 20251013 000430 Minutes30 Questions
- 9.5Chemistry test, variant no. 20251013 000530 Minutes30 Questions
- 9.6Chemistry test, variant no. 20251013 000630 Minutes30 Questions
- 9.7Chemistry test, variant no. 20251013 000730 Minutes30 Questions
- 9.8Chemistry test, variant no. 20251013 000830 Minutes30 Questions
- 9.9Chemistry test, variant no. 20251013 000930 Minutes30 Questions
- 9.10Chemistry test, variant no. 20251013 001030 Minutes30 Questions
- Universities exam models3

