Libya Secondary Certificate - Scientific study plan

Parse (إعراب) 40 short sentences covering مرفوعات and منصوبات (فاعل، مفعول به، خبر، اسم إنّ وأخواتها) and record every mistake by category in a log.

Conjugate 30 verbs in الماضي، المضارع، الأمر and label the governing particle (لم، لن، أن، كي) with the resulting case (رفع/نصب/جزم) for each.

Outline the four literary periods on one page, naming two representative poets or prose writers and two defining features per period.

Answer three unseen reading-comprehension passages in 25 timed minutes each, classifying every missed question as vocabulary, inference, or reference.

Write two full exam-style compositions (200–250 words) with a stated thesis, two supporting arguments, and a conclusion, then self-score each against a five-criterion rubric (ideas، organisation، vocabulary، grammar، spelling).

Compute 25 limits, including 0/0 and ∞/∞ forms, showing the algebraic manipulation used for each.

Differentiate 20 functions using product, quotient, and chain rules, and list every derivative formula used on a single reference card.

Identify and correct your three most frequent grammar errors from the Week 1 log by rewriting ten flawed sentences.

Simplify or prove 20 trigonometric identities and solve 15 trigonometric equations on stated intervals, keeping full working.

Derive the standard equations of the line, circle, and parabola, then solve ten locus and intersection problems.

Solve 15 sequence and series problems covering nth term, sum to n terms, and the sum of an infinite geometric series with |r| < 1.

Perform operations on complex numbers in algebraic and polar form (addition, multiplication, division, modulus, argument) across ten problems.

Integrate 15 standard functions and use definite integrals to find the area between a curve and the x-axis.

Solve 20 kinematics problems involving uniform acceleration and interpret displacement–time and velocity–time graphs.

Draw free-body diagrams for 12 mechanical systems and apply Newton's second law to obtain the acceleration in each.

Re-run the Week 1 grammar set and mark any item still answered incorrectly for a final revision list.

Apply work–energy and momentum-conservation principles to 15 problems, stating the conserved quantity before each calculation.

Solve 12 DC circuit problems using Ohm's law and series/parallel combination rules, then verify three of them with Kirchhoff's laws.

Write electron configurations for the first 30 elements and predict atomic-radius, ionisation-energy, and electronegativity trends across a period and down a group.

Classify ten substances by bond type (ionic، covalent، metallic) and justify each choice using electronegativity difference.

Solve 15 stoichiometry problems covering mole–mass conversions, limiting reagents, and percentage yield.

Calculate solution concentration in mol/L and perform dilution calculations for eight prepared scenarios.

Predict the direction of shift for ten equilibrium systems when concentration, pressure, or temperature is changed, citing Le Chatelier's principle.

Complete two timed English reading sections and drill 60 exam-frequency vocabulary items into example sentences of your own.

Write two 120–150 word English compositions on exam-style prompts, then edit each once for tense consistency and subject–verb agreement.

Complete 40 English grammar items on tenses, conditionals, passive voice, and relative clauses, and tabulate the rule behind each error.

Solve 15 monohybrid and dihybrid genetics crosses, showing Punnett squares, genotype ratios, and phenotype ratios.

Draw and label the human circulatory, respiratory, and nervous systems from memory, then check each against your textbook and mark omissions.

Summarise cell structure and mitosis/meiosis in a comparison table of ten rows, then answer 20 rapid recall questions from it.

Organise ten Qur'anic passages and 15 hadiths by theme, and build a rulings table linking five fiqh topics to their evidence.

Build a timeline of modern Libyan history from 1911 to the present with 12 key dates and one consequence each, plus a list of Libya's main regions, climate zones, and natural resources.

Sit one full mock across all eight domains in exam proportions (Arabic and maths weighted heaviest) and log every error by domain.