Thanawiya Al-Aamma (Science) common mistakes
Thanawiya Al-Aamma (Science) · Understand the traps and how to avoid them.
In the essay/summary section of the Arabic paper, the candidate writes a long introduction of general praise and quotations before stating the main idea, so the answer runs past the allotted lines and the core argument is compressed or cut off.
School practice rewards flowery openings (مقدمة إنشائية) and memorised quotations, and candidates transfer this habit to exam prompts that explicitly ask for a direct treatment of a set topic within a fixed word/line limit.
What to do instead
Practise a three-part skeleton on past prompts: one-sentence thesis restating the topic, two or three body paragraphs each with a single idea plus one concrete example or evidence, and a short concluding sentence. Time yourself to the line limit and cut any sentence that does not advance the thesis; keep at most one quotation, only if it directly supports a stated point.
In Arabic grammar (النحو) questions, the candidate identifies the grammatical case of a word by its position in the sentence rather than by its actual operator (عامل), e.g. marking a مبتدأ as فاعل or treating a اسم إنّ as مرفوع because it 'looks like' a subject.
Candidates memorise case endings as labels attached to sentence slots instead of reasoning from the governing word (verb, particle, or verbal noun) to its effect, and hurry past the إعراب analysis under time pressure.
What to do instead
For every إعراب item, write the governing operator first, then the grammatical function, then the case and marker: 'عامل → وظيفة → حالة وإعراب'. Drill the particles إنّ/كأنّ/ليت/لعلّ and ظنّ/علم families until the exception list is automatic, and re-analyse any word whose ending feels unexpected.
In the English reading comprehension section, the candidate copies a whole sentence from the passage as the answer to a short-answer question, or answers a 'why/infer' question with a fact lifted verbatim that does not address the question word.
Candidates equate 'finding the answer in the text' with 'copying text', and they skim for matching vocabulary instead of parsing what the question is asking (reason, contrast, attitude, implication).
What to do instead
Underline the question word (why, how, what does the writer imply) and the key noun phrase before scanning. Answer in your own words in one sentence that begins with the question's stem, then check that your sentence would still make sense if the passage were removed.
In English writing (composition/email/paragraph), the candidate produces a text with correct isolated sentences but no linking devices, inconsistent tense across the paragraph, and repeated basic vocabulary, losing the organisation and range marks even when grammar is accurate.
Classroom practice focuses on sentence-level grammar drills, and candidates draft directly onto the answer sheet without planning topic sentences or a linking-word set, so cohesion is never consciously built.
What to do instead
Before writing, spend two minutes on a four-line plan: topic sentence, two supporting points, closing sentence. Keep a personal bank of connectors (however, therefore, in addition, whereas) and one synonym upgrade per key noun/verb. After drafting, do one pass checking only tense consistency and one pass checking only connectors.
In the second foreign language paper (French/German/Spanish/Italian), the candidate translates word-for-word from Arabic/English, producing literal structures such as wrong auxiliary choice in the passé composé, wrong preposition after a verb, or false friends, and loses accuracy marks in translation and free writing.
Candidates build sentences by mapping each Arabic/English word to a target-language word, and they have memorised vocabulary lists without the governed prepositions, genders, and verb patterns that those words require.
What to do instead
Learn every new noun with its article and every verb with its preposition and a model sentence, not as an isolated word. In translation practice, first rewrite the source sentence in simple Arabic/English, then build the target sentence from known patterns; keep an error log of false friends and preposition pairs and review it weekly.
In algebra, the candidate solves an equation by squaring both sides, multiplying through by an expression, or dividing by a variable without recording the resulting restriction, so extraneous roots are accepted or valid roots are lost.
Candidates treat manipulation as a sequence of operations to reach an answer, without tracking which steps are reversible; the habit comes from drilling procedures rather than reasoning about equivalence.
What to do instead
Before each non-reversible step, write the condition beside the line (denominator ≠ 0, expression under root ≥ 0, base of log > 0 and ≠ 1). At the end, substitute every candidate root into the original equation and reject any that fails; if you divided by an expression, set it equal to zero separately and check whether it is a solution.
In calculus, the candidate differentiates or integrates a composite function by treating it as a single power or product, e.g. writing the derivative of sin(3x²) as cos(3x²) or integrating a product term-by-term, and loses the chain-rule or substitution factor.
Candidates pattern-match the outer function and stop, because chain-rule and substitution practice is often done on simple one-step examples that never force them to name the inner function explicitly.
What to do instead
Adopt a written routine: identify the outer function, identify the inner function u, write du/dx or du, then assemble. For integrals, state the substitution and the transformed limits before integrating. Verify by differentiating your antiderivative back to the integrand.
In mechanics, the candidate substitutes numbers into a formula before resolving forces or drawing a free-body diagram, so a component along the wrong axis, a missing normal reaction, or an omitted friction direction produces a numerically consistent but physically wrong answer.
Formula-first habits from pure mathematics carry over, and candidates under time pressure skip the diagram because it 'takes too long', although it is the step that determines the equations.
What to do instead
Make the free-body diagram compulsory and non-negotiable: mark every force with its source, choose axes (along the motion or along the plane), resolve, then write ΣF = ma per axis. Only after the symbolic equation is complete do you substitute values, and check units and the sign of the acceleration against the physical situation.
In physics, the candidate confuses scalar and vector quantities and mishandles significant figures and units, e.g. adding a speed to a velocity component without direction, reporting a result to seven digits from three-digit data, or omitting the unit or writing it incorrectly in the final answer.
Candidates focus on getting the numerical value and treat direction, precision, and units as cosmetic, because marking schemes they have seen emphasised the number rather than the full statement.
What to do instead
In every solution, write the given quantities with units and directions, state the formula, substitute with units carried through, and give the final answer with the correct unit, direction where relevant, and the number of significant figures justified by the least precise given value. Treat a missing unit as a lost mark and self-mark past papers accordingly.
In chemistry, the candidate balances equations by adjusting subscripts inside formulas rather than coefficients, or writes ionic equations without cancelling spectator ions and without checking charge balance.
Candidates learn balancing as 'make the numbers match' and do not distinguish the fixed composition of a compound from the adjustable stoichiometric coefficient, and ionic-equation practice is often skipped as a shortcut topic.
What to do instead
Rule: never change a subscript; change only the coefficient in front of the formula. For ionic equations, write the full equation, split all soluble strong electrolytes, cancel species appearing unchanged on both sides, then verify that total charge and total atoms are equal on both sides before moving on.
In biology, the candidate answers 'explain' or 'compare' questions with a definition or a single named term instead of a causal chain, e.g. writing 'osmosis' where the question asks why the cell shrinks, and so misses the reasoning marks.
Revision is dominated by vocabulary lists and labelled diagrams, and candidates do not practise converting each definition into a mechanism (cause → process → consequence) or into a two-column comparison.
What to do instead
For every key term, write one sentence of the form 'because X, Y moves/occurs, therefore Z'. Practise command words explicitly: define, describe, explain, compare, suggest. In compare questions, answer in paired statements using 'whereas' so both sides of each point are marked.
In religious education, the candidate gives a personal opinion or a memorised general phrase in answer to a question requiring textual or jurisprudential evidence, and does not distinguish between the ruling, the evidence, and the application.
Candidates revise themes narratively and memorise conclusions without the supporting verse, hadith, or reasoning, and they answer 'what do you think' style prompts as if they were opinion questions.
What to do instead
Structure answers as ruling → evidence → explanation of how the evidence supports the ruling → application to the case in the question. Memorise a small set of core texts with their references for each major theme, and practise matching each text to the specific question asked rather than reciting it generally.
In national education / civic values, the candidate writes abstract slogans about patriotism or responsibility without linking them to the specific institution, right, duty, or constitutional principle named in the question, so the answer could fit any prompt.
Candidates treat the subject as a values essay and rely on generic rhetorical phrases learned in school assemblies, without a structured map of state institutions, rights and duties, and the rule of law.
What to do instead
Build a one-page concept map linking each value to its institution and to a concrete example (e.g. right to education → compulsory schooling → state budget). In answers, name the principle, define it in one sentence, give one concrete example, and state the citizen's corresponding duty.
Across all papers, the candidate allocates time uniformly to questions in the order printed, runs out of time on the high-mark final sections (essay, long problem, composition), and leaves them partially answered or blank.
Candidates rehearse content but not timing, and they are reluctant to leave a difficult early question unfinished, so a single stuck item consumes the budget of a whole section.
What to do instead
In the first three minutes, mark each question with its mark value and plan minutes proportional to marks, reserving the last ten minutes for review. If a question exceeds its planned time, write what you have, mark it, and move on; return only after all sections have been attempted. Rehearse this with full timed past papers, not section-by-section practice.