HAT-UG (HEC Aptitude Test - Undergraduate) 2-Week Plan

Reading passages carefully to answer questions on main idea, inference, tone, and vocabulary in context.

Building word power through context clues, collocations, and word formation for accurate language use.

Filling in blanks with appropriate words to create grammatically correct and meaningful sentences.

Rearranging jumbled sentences to form coherent paragraphs using transitional clues and logic.

Identifying grammatical errors in sentences covering subject-verb agreement, tenses, and word choice.

Using all verb tenses accurately and applying grammar rules for correct sentence construction.

Analysing arguments, identifying assumptions, evaluating evidence, and drawing conclusions from text.

Identifying main points and writing concise summaries and logical conclusions from reading passages.

Using two or more premises to draw valid logical conclusions through deductive reasoning.

Analysing arguments, identifying logical fallacies, evaluating evidence, and making sound judgments.

Solving problems involving family relationships, generational hierarchy, and tracing relationship chains.

Understanding directions, distances, and positions to solve navigation and movement-based problems.

Finding the rule used to encode letters or numbers and applying it to decode or encode new sequences.

Identifying patterns in sequences of numbers and letters to find missing or next terms.

Identifying what is necessarily true based on given statements and recognising implicit assumptions.

Evaluating the strength and validity of arguments and identifying flaws in reasoning patterns.

Working with integers, fractions, decimals, percentages, divisibility rules, and HCF/LCM calculations.

Performing operations with fractions and decimals and solving percentage-based word problems.

Understanding ratios, proportions, direct and inverse variation, and their applications in problem solving.

Calculating arithmetic mean, weighted average, and solving mixture and alligation problems.

Calculating profit and loss percentages, discount prices, and understanding markup and markdown concepts.

Solving problems involving speed, distance, time, work rates, and combined work scenarios.

Simplifying algebraic expressions, solving linear and quadratic equations, and using algebraic formulas.

Applying angle properties, triangle theorems, similarity, congruence, and Pythagorean theorem.

Understanding laws of motion, work, energy, power, momentum, and applying them to solve physics problems.

Understanding electric circuits, Ohm's law, magnetic fields, electromagnetic induction, and AC/DC concepts.

Understanding electron configuration, chemical bonds, periodic table trends, and molecular structure.

Studying hydrocarbons, functional groups, organic reactions, IUPAC naming, and isomerism.

Studying cell structure, cell division, DNA, genetics, inheritance patterns, and genetic disorders.

Understanding human body systems including circulatory, respiratory, digestive, nervous, and endocrine systems.

Applying differentiation and integration to solve problems involving rates of change and areas under curves.

Studying heat transfer, specific heat capacity, thermodynamics laws, and thermal expansion.