Every week your student advances through the fundamentals of physical and organic chemistry — starting with reaction rates and thermodynamics, balancing chemical and acid-base equilibria, and diving deep into organic carbonyls, carboxylic acids, and molecular chirality.
Tap any point on the curve — or any week below — to open the details.
Key checkpoints punctuate the semester. Here's how the roadmap unfolds.
Covers reaction kinetics, entropy, energetics, and chemical equilibria fundamentals.
Hands-on evaluation focusing on acid-base titrations and buffer dynamics.
Checks mastery of carbonyl reaction mechanisms and molecular chirality concepts.
Comprehensive review session across physical and organic chemistry units before final exams.
Cumulative examination across all Unit 4 chemistry topics.
Understanding reaction speed sets the foundation for chemical dynamics.
Quantitative kinetics explains how concentration and temperature control reactions.
Entropy explains the natural direction of chemical and physical changes.
Combines enthalpy and entropy to predict chemical spontaneous reactions.
A short, well-earned pause to celebrate.
Explores reversible reactions and how external factors shift equilibrium.
Applies core physical chemistry principles to real-world chemical synthesis.
Establishes mathematical tools for evaluating hydrogen ion concentrations.
Crucial for understanding biological and chemical pH-stabilizing systems.
Begins the journey into complex organic chemical reactivity.
Explores fundamental organic acid derivatives and synthesis pathways.
3D molecular geometry is critical for pharmaceuticals and biological interactions.
Consolidates organic pathways into complete practical synthesis strategies.
A full week to rest and recharge.
Reinforces key functional groups before entering semester revision.
Connects the theoretical physical models to organic mechanisms.
Completes the theoretical coverage of the Unit 4 curriculum.
A dedicated week to consolidate all physical and organic chemistry topics.
Evaluates student mastery across all physical and organic chemistry modules.
Official completion of the first semester chemistry curriculum.