Iran Konkur common mistakes
Iran Konkur · Understand the traps and how to avoid them.
In Arabic grammar items, the candidate picks the answer that matches the meaning of the sentence but ignores the i'rab ending (raf'/nasb/jarr/jazm) and the vowel on the final letter, so a semantically plausible option with the wrong case-marking is chosen.
School practice often focuses on translation and vocabulary, so the candidate reads for meaning first and treats the final harakat as decoration. Under exam time pressure the eye skips the diacritics that actually distinguish the options, and common patterns like ism inna / khabar inna or maf'ul bih endings are not automated.
What to do instead
Before choosing, isolate the grammatical slot: identify the 'amil (governing word) and state aloud what case it requires (e.g., inna + ism mansub, khabar marfu'). Then check only the final vowel of each option against that requirement. Drill 20 short sentences daily where two options differ only in the final haraka, so case-marking becomes the first filter rather than the last.
On English reading-comprehension and cloze items, the candidate answers from personal opinion or general knowledge instead of locating the sentence in the passage that decides the answer, and chooses an option that is true in the world but not stated in the text.
Konkur English passages are short and the distractors are written to sound reasonable, so a confident candidate who reads quickly feels the answer is obvious. Vocabulary gaps also push the candidate toward guessing by topic rather than by textual evidence.
What to do instead
For every item, underline the exact clause in the passage that supports the choice and reject any option lacking such a clause, even if it is factually true. For cloze, cover the options, predict the missing word's part of speech and meaning from the surrounding sentence, then match. Practise with a 3-minute-per-passage limit and mark evidence lines before answering.
In the mathematics section, the candidate substitutes numbers into the answer choices or works backward from options on problems that require a proof-style derivation, and runs out of time or accepts an option that satisfies only one test value.
Back-substitution is taught as a speed trick and works on identities and equations, so it becomes a default habit. It fails on problems asking for a range, a maximum, or a condition that must hold for all values, and a single lucky substitution feels like confirmation.
What to do instead
Classify each problem first: if the stem asks for a value that must satisfy an equation for all x, derive it; if it asks for a single numeric answer, substitution is allowed but must be checked with a second, structurally different value (e.g., a negative and a fraction). Keep a one-line log of which method you used per problem and review where substitution produced a wrong answer.
In physics, the candidate plugs numbers into a formula before drawing the free-body diagram or fixing the coordinate system, producing sign errors and wrong components in force, motion, and circuit problems.
Formula memorisation is rewarded in school tests where numbers are tidy, so the candidate learns to pattern-match the given quantities to a formula. Konkur items deliberately include angles, friction, and multi-body setups where the direction of each force and the chosen axis decide the sign.
What to do instead
Make a diagram mandatory: draw the body, all forces with arrows, and label the chosen positive direction before writing any equation. Resolve each force into components explicitly and only then substitute. For circuits, redraw with nodes labelled and mark assumed current directions. Time yourself on 10 force problems per session and count sign errors as full mistakes.
In chemistry, the candidate balances equations or counts moles by inspection without tracking the limiting reagent and the actual yield, so stoichiometry and solution problems are answered with the theoretical maximum.
Introductory exercises often give one reactant in excess or use simple ratios, creating the habit of dividing by whichever coefficient looks convenient. The candidate also confuses mol with gram and forgets that molarity depends on solution volume, not solvent volume.
What to do instead
Adopt a fixed four-line layout for every stoichiometry problem: (1) balanced equation, (2) moles of each given species via n = m/M or n = M·V, (3) divide by coefficients to find the limiting reagent, (4) convert the limiting species' moles to the requested quantity. Write units on every line and circle the limiting reagent before computing.
In biology, the candidate memorises isolated facts (organ names, hormone lists) but cannot trace a process end to end, so questions that ask what happens if a step is blocked, or that compare two pathways, are answered by keyword association.
Biology is perceived as a recall subject, and school revision rewards flashcards of terms. Konkur items increasingly test causal chains (e.g., effect of a hormone imbalance on a downstream organ, or the consequence of a blocked step in photosynthesis or respiration), which require the sequence, not the labels.
What to do instead
For each major process (photosynthesis, cellular respiration, nerve impulse, hormone axes, blood circulation), draw the pathway once from memory with arrows and inputs/outputs, then answer 'what if' questions against your own diagram. When a question names a structure, first state its function and its upstream/downstream partner before looking at the options.
In Earth sciences, the candidate confuses relative and absolute dating and misreads geological cross-sections, applying superposition or cross-cutting rules without checking which event is younger.
The vocabulary (era, period, epoch, relative, absolute) is dense and similar-sounding, and cross-section diagrams are read left-to-right like a story rather than by applying the principles of superposition, original horizontality, and cross-cutting relationships in order.
What to do instead
For any cross-section, list the events in order using three rules explicitly: undisturbed layers are oldest at the bottom, a feature that cuts another is younger, and a fault or intrusion postdates the layers it displaces. Keep a one-page table separating relative dating (ordering) from absolute dating (numeric ages, radiometric methods) and test yourself on which method answers a given question.
In history and geography, the candidate answers from a vague general impression of an era or region instead of anchoring the item to a specific date, ruler, treaty, or map coordinate, so plausible-sounding but chronologically or spatially wrong options are selected.
Humanities content is broad and the candidate reads many summaries without building a timeline or mental map. Distractors are built by shifting a date by a few decades or swapping a neighbouring country or river, which a general impression cannot detect.
What to do instead
Build and memorise a single master timeline of Iranian and world history with 30-40 anchor dates and a sketch map of Iran's borders, neighbours, mountain ranges, and rivers. For each item, before reading options, state the century/decade and the region to yourself; eliminate any option that conflicts with that anchor.
In logic and psychology, the candidate treats everyday meanings of terms like 'valid', 'sound', 'hypothesis', 'correlation', and 'reinforcement' as identical to the technical definitions, and judges syllogisms by whether the conclusion is believable rather than by form.
Everyday usage is fluent and feels correct, and belief bias is strong: a conclusion that matches the candidate's prior knowledge is accepted even when the argument form is invalid. School coverage of formal logic is often brief compared with the weight of the items.
What to do instead
Learn the formal definitions as a short glossary and apply the validity test mechanically: replace content words with letters (A, B, C) and check the figure and mood of the syllogism, ignoring whether the conclusion is true. For psychology, distinguish correlation from causation and operational definitions from everyday descriptions, and practise 10 belief-bias items where the valid conclusion is obviously false.
In economics, the candidate mixes stock and flow quantities, confuses nominal with real values, and shifts a supply or demand curve in the wrong direction when a determinant other than price changes.
The graphs look familiar from school, so the candidate moves the curve by instinct, and price changes are wrongly treated as shifts rather than movements along the curve. Inflation adjustment is skipped because the arithmetic feels routine.
What to do instead
State the rule before drawing: a change in the good's own price moves along the curve; a change in income, input costs, technology, or expectations shifts it; and label the new equilibrium. For any monetary figure, write whether it is nominal or real and, if comparing across years, deflate using the given price index. Keep a stock-versus-flow list (wealth vs income, capital vs investment) and check each item against it.