Lebanese Baccalaureate - General Sciences (GS) study plan

Build a one-page formula sheet for functions, limits, and continuity from memory, then correct it against your notes

Solve 20 limit problems of increasing difficulty, classifying each as direct substitution, factoring, or rationalization

Derive the derivative rules (power, product, quotient, chain) and apply each to 5 practice functions

Write out the conditions for continuity at a point and test 6 piecewise functions against them

Compute derivatives of composite, trigonometric, and exponential functions without referring to worked examples

Construct and interpret a sign table for a function's derivative to locate extrema and monotonicity intervals

Solve 8 optimization and rate-of-change word problems, stating the quantity to be optimized before differentiating

Integrate basic antiderivatives and apply the fundamental theorem to 10 definite integrals

Solve 15 problems combining algebraic/trigonometric manipulation with kinematics or dynamics quantities

Set up and solve 8 systems or sequences problems drawn from physics-style contexts (e.g., geometric growth, arithmetic accumulation)

Derive the kinematic equations from constant acceleration and verify them dimensionally

Explain in writing how a calculus derivative maps onto velocity and acceleration in a motion graph

Draw free-body diagrams for 12 scenarios and write Newton's second law for each axis

Apply conservation of energy and momentum to 10 collision and incline problems, stating which principle you used and why

Solve 8 circuit problems using series/parallel rules and Ohm's law, computing equivalent resistance first

Describe wave properties (frequency, wavelength, speed, interference) and solve 6 problems linking them

Balance 15 chemical equations including redox, assigning oxidation states explicitly

Perform stoichiometric calculations (moles, limiting reagent, percent yield) for 10 reactions

Predict acid-base behavior and compute pH for 8 strong and weak acid/base solutions

Draw and name 10 organic molecules, identifying functional groups and isomer relationships

Connect reaction energetics and bonding concepts to 6 biology examples (e.g., ATP hydrolysis, enzyme kinetics)

Diagram and explain the stages of cellular respiration and photosynthesis, labeling energy inputs and outputs

Solve 8 genetics problems (monohybrid, dihybrid, sex-linked) showing Punnett squares and probability reasoning

Compare DNA replication, transcription, and translation in a structured table built from memory

Answer 6 integrated paper prompts that require combining two or more domains, outlining the reasoning chain before writing

Practice extracting data from a described experiment and stating a valid conclusion and limitation

Write full-length constructed responses to 4 past-style integrated questions under timed conditions

Self-grade against a rubric you write yourself, listing every point where reasoning skipped a step

Complete two full-length timed mock exams under exam conditions and score them

Re-derive every formula on your sheet from memory and flag anything you cannot reconstruct

Re-work every logged error from weeks 1-7 and confirm each is now solved correctly

Build a final one-page per-domain summary of the highest-frequency methods and traps