Free HEC HAT Exam Flashcards

100 multiple-choice questions in 120 minutes, identical for all five categories. That is about 1.2 minutes per question, so pacing matters more than any single hard item. Only the section mix changes by category, never the total.

English/Verbal Reasoning, then Analytical Reasoning, then Quantitative Reasoning - the order used in HEC's official HAT sample papers. There is no subject-knowledge section, so no discipline-specific syllabus to memorise.

HAT 1: Engineering & Technology, Computer Science, Mathematics, Statistics, Physics. HAT 2: Management Sciences, Business Education. HAT 3: Arts & Humanities, Social Sciences, Psychology (Clinical & Applied), Law. HAT 4: Agriculture & Veterinary, Biological & Medical, Physical Sciences, Education, Media & Mass Communication. HAT-General: Religious Studies / madrasa graduates. The category you pick on the ETC portal cannot be changed later.

HAT 1 = 30/30/40. HAT 2 = 30/40/30. HAT 3 = 40/35/25. HAT 4 = 40/30/30. HAT-General = 40/30/30. Each row totals 100%, so the percentage is also the number of questions out of 100.

HAT 1 is the most quantitative at 40%, the only category above 30%. HAT 3 is the lightest at 25% and instead carries the heaviest verbal load (40%) with 35% analytical. A HAT 1 candidate faces exactly 15 more maths items than a HAT 3 candidate.

HAT 2 (Management Sciences, Business Education) at 40% - the highest analytical share of any category. HAT 3 is next at 35%; HAT 1, HAT 4 and HAT-General are all 30%. So a management candidate should train logic games hardest.

50 out of 100, per HEC's HAT advertisement. Treat it as a floor rather than a target: HAT is used for competitive admission and scholarship merit lists, and the merit ranking is built from your actual score.

HAT results are valid for two years from the result date; USAT results are valid for only one year. ETC's registration SOP puts HAT in the same two-year group as LAT, LAW-GAT and SEE-LAW.

Each scholarship publishes its own higher bar above ETC's 50/100 floor. The Commonwealth Teaching Faculty PhD scheme requires a minimum 60 out of 100, and Overseas Scholarships Phase-III required 70% and shortlisted on the best HAT score of the last two years. Always read the specific scholarship's eligibility page.

Yes. ETC's test-administration SOP allows a candidate who has already appeared to reappear in subsequent tests to improve their score, except where chances are limited. No fixed waiting period or attempt cap is published for HAT; the real constraint is the quarterly test calendar. The fee is non-refundable and non-transferable, so each attempt is paid again.

A printed Roll Number Slip plus the original valid CNIC or Passport (under-18s: original B-Form and an original Matric/Intermediate result card with photo). Photocopies or phone images are refused. Bring a transparent clipboard and a black or blue ball pen for the OMR sheet; lead pencil, fountain pen and marker are not accepted. Phones, smart watches and calculators are banned and trigger an unfair-means case.

Build a precise bridge sentence from the capitalised pair, then apply it to each option unchanged. "A bee produces honey" fits "a cow produces milk" - so cow : milk. If two options survive, tighten the sentence rather than guessing on meaning alone.

Producer to product (bee : honey), animal to its characteristic sound (crow : caw), worker to tool, part to whole, cause to effect, degree of intensity (warm : hot), and object to function. Direction matters - reversing the pair changes the answer.

Read the connector first. "Although", "however", "yet" and "despite" signal that the two blanks pull in opposite directions; "moreover", "because", "since" and "and" signal they agree. Fix the blank with the stronger clue, then eliminate on the second word.

The capitalised word only - not the sentence's overall meaning. In "The rules are too STRINGENT and not ______", stringent means strict, so the answer is flexible. "Strict" is a synonym trap, and "impractical" or "realistic" merely fit the sentence's tone.

"For" introduces a length of time (for an hour, for three years); "since" introduces a starting point (since noon, since 2019). With a duration after a perfect-continuous verb, only "for" works.

"Leaving". When a time clause shares its subject with the main clause, English reduces it to a present participle: when leaving, while waiting, before signing. "Leave" and "left" leave the clause without a subject, and "to leave" states purpose instead of timing.

A verbatim repeat of the underlined original. Choose A whenever the original already meets standard written English - the items deliberately include sentences that need no change, so do not assume an error exists.

Answer from the passage's context, not the dictionary. When Jamestown's early years were "a nightmare for all concerned except the buzzards", buzzards are birds of prey feeding on the dead - the literal reading the passage supports. Options offering investors or officials are outside-knowledge traps.

Each, every, either, neither, and every -one/-body/-thing compound: "Each of the candidates was informed." Ignore the prepositional phrase between subject and verb - "The list of approved centres is published", not "are".

An opening phrase whose implied subject is not the subject of the main clause: "Having failed the test, the fee was paid again" makes the fee the failer. Fix it by naming the real actor first - "Having failed the test, she paid the fee again."

Every item must take the same grammatical form. "She likes reading, writing, and to travel" breaks it; "reading, writing, and travelling" restores it. The rule also governs correlative pairs: "not only ... but also" must join two matching forms.

Affect is normally the verb (to influence); effect is normally the noun (the result). Principal means chief, or the head of an institution, or a sum of money; principle is a rule or belief. A complement completes something; a compliment is praise.

Intrepid: fearless, undaunted by danger. Stringent: strict and demanding, of rules or standards. Exotic: from a distant place, or strikingly unusual. Boon: a benefit or blessing. All four appear in HEC's published HAT sample material.

Prudent: showing care and foresight, the opposite of reckless. Candid: frank and honest, even when uncomfortable. Augment: to increase or add to. Mitigate: to make less severe - do not confuse it with militate, which means to weigh against something.

Draw the fixed number of slots, place every absolute constraint first ("office three must be white"), then note relative constraints as symbols beside the diagram. Only after the base diagram is stable should you test each question's extra condition - and treat that condition as local, not permanent.

Ordering asks where each element sits in a sequence; grouping asks which elements go together and how many each group holds. In grouping, the counting rule is the key constraint - if two of seven offices must be blue and blues cannot be adjacent, the available slots shrink fast.

Rotating everyone produces the same arrangement, so fixing one person removes duplicate answers and leaves (n-1)! distinct orders for n people. Also remember that "directly opposite" is only defined when n is even.

Count the people the message passes through, not the links it travels. If H reaches F only by radioing N, who then sends along the one-way circuit to F, the path uses two links but exactly one intermediary - N. Draw one-way links as arrows and two-way links as plain lines before counting.

"Must be true" holds in every arrangement the rules permit, so one counterexample kills an option. "Could be true" only needs a single valid arrangement, so you disprove an option by showing it breaks a rule. Reading the stem wrongly is the most common way to lose an otherwise solved puzzle.

Only the contrapositive is valid: if not B, then not A. The converse (if B then A) and the inverse (if not A then not B) are both invalid. When a rule chains, negate and reverse the whole chain at once.

"All A are B" plus "All B are C" gives "All A are C". But "Some A are B" plus "Some B are C" gives nothing, and "All A are B" never yields "All B are A". Two particular ("some") premises can never support a universal conclusion.

Negate the candidate assumption and reread the argument. If the conclusion collapses, that statement was a necessary assumption; if the argument still stands, it was not. This separates assumptions the argument needs from facts that merely support it.

The unstated link between evidence and conclusion, not the conclusion's wording. A weakener typically supplies an alternative explanation or shows the sample was unrepresentative; a strengthener rules one out. An option that merely restates the evidence changes nothing.

Concluding that A causes B because they occur together. The three standard rebuttals are reverse causation (B causes A), a common third cause, and coincidence. HAT critical-reasoning items reward spotting which of the three an option is offering.

When the constraints leave more than one possibility for the thing asked. Test it by constructing two arrangements that satisfy every stated rule yet answer the question differently - if you can, the information is genuinely insufficient rather than merely hard.

Cross that cell out on a grid rather than trying to place anyone. Negative clues combined with one positive clue ("Feroz alone goes to Karachi") usually force the remaining assignments by elimination - but check whether they force them uniquely before answering.

Convert each statement into a conditional, then use the contrapositive. If oven cleaner or bathtub cleanser with bleach emits chlorine and none was emitted, the agent was neither of those. You cannot conclude it was soap - only that it was not the two named agents.

nth term = a + (n-1)d; sum of n terms = (n/2)[2a + (n-1)d], where a is the first term and d the common difference. Two facts about different terms give two equations - subtract them to get d, then back-substitute for a.

Clear fractions first by multiplying through, then eliminate the variable whose coefficients match most easily. Substitute back and verify in the original equation you did not use - HAT options often include the value of the other variable as a trap.

Total = average x count, then subtract the known values. If five numbers average 12.6, their total is 63; with four of them summing to 56, the fifth is 7. Never average the averages of unequal-sized groups - weight them by size.

Cross-multiply, then collect a-terms on one side and b-terms on the other. Here 25a + 15b = 46a - 69b gives 84b = 21a, so a/b = 4 and a : b = 4 : 1. The ratio is all that is determined - a and b individually are not.

Multiply the factors, never add the percentages. A 20% rise followed by a 20% fall is 1.20 x 0.80 = 0.96, a net 4% loss. Also keep percentage and percentage point apart: 40% rising to 45% is a 5 percentage-point rise but a 12.5% increase.

Distance = speed x time. For a journey covering the same distance at speed x out and y back, average speed = 2xy/(x + y), not the plain mean. When a problem says the same distance takes twice as long at 2 km/h less, set distance equal in both cases and solve.

Add rates, not times: 1/a + 1/b = 1/t, so t = ab/(a + b). If A finishes in 12 days and B in 6, together they take 4 days. Treat a leak or an opposing worker as a negative rate and subtract it.

3 : 4. Areas of similar figures scale as the square of the linear ratio, so take the square root; volumes scale as the cube. Answering 9 : 16 is the standard trap - that is the area ratio, not the linear one.

Circumference = 2(pi)r, area = (pi)r-squared; an angle inscribed in a semicircle is 90 degrees and a tangent meets the radius at 90 degrees. Recognise 3-4-5, 5-12-13, 8-15-17 and 7-24-25 plus their multiples to skip the arithmetic.

Angle = |30H - 5.5M| degrees; if the result exceeds 180, subtract it from 360. At 25 minutes past 2 that is |60 - 137.5| = 77.5 degrees. The 5.5 comes from the minute hand's 6 degrees per minute minus the hour hand's 0.5.

Only the base's units digit matters, and it repeats in a cycle. 3 cycles 3, 9, 7, 1 with period 4; since 444 is divisible by 4 you take the last term of the cycle, so the units digit is 1. Digits 0, 1, 5 and 6 never change; 4 and 9 have period 2.

Simple interest = P x r x t / 100, added to the original principal each period. Compound amount = P(1 + r/100) raised to t, because each period earns interest on the interest. Over two years the compound excess over simple interest is exactly P(r/100) squared.