Logic & Problem Solving – IMAT 2026 Analysis

Thoughts on IMAT 2026 logic and problem-solving part

The first part of the IMAT exam features 9 questions in total, as preannounced: 4 questions on reading skills and general knowledge and 5 questions on problem solving.

Reading skills and general knowledge part

This section was heavily focused on reading skills. There were no traditional reasoning questions such as drawing a conclusion or identifying an assumption. The passages were relatively long, which could feel overwhelming at first. This is a trick, as these reading skill questions test students' ability to extract the key idea or a particular information from the text. Compared to 2025 reading skills questions, this year's texts and questions can be considered slightly more challenging. However, the questions themselves were generally around medium difficulty, as the answers can be identified from the information provided in the passage. The main challenge was therefore less about complex reasoning and more about processing a longer text, identifying the relevant information, and avoiding being overwhelmed by the amount of information presented.

There was 1 general knowledge question, but that was not the type of question that requires students to know a completely random fact. The question itself provides enough information that could help you identify the correct answer.

Logical reasoning and problem-solving part

This section included questions testing wording-based problems, percentages, sequences, geometry, and algebra. Compared to 2025, this year's problem-solving part involved more calculations. The questions are generally within easy-to-medium difficulty, so this section should provide students with an opportunity to secure some relatively easy points.

Biology – IMAT 2026 Analysis

The IMAT 2026 Biology section was noticeably broader and more balanced than the 2025 paper. While 2025 placed considerable weight on cellular respiration, metabolism and human physiology, the 2026 paper spread its questions across cell biology, physiology, molecular genetics and genetics. The result was a paper that was generally more approachable question-by-question, but less forgiving for students who had prepared selectively.

A large proportion of the questions tested established textbook knowledge rather than requiring long chains of reasoning. Questions on prokaryotic cells, cell membranes, organelles, DNA structure, RNA structure and the endocrine and digestive systems were largely built around recognising core biological concepts. There were still questions requiring students to connect related concepts, particularly in membrane transport, cardiovascular and respiratory physiology, DNA technology and cellular metabolism, but the overall emphasis was on knowing the fundamentals thoroughly rather than solving unfamiliar biological problems.

This represents a clear change from 2025. Seven of the 23 Biology questions in 2025 were related to cellular respiration, making it one of the defining features of that paper. The exam also placed considerable emphasis on human physiology and required a deeper conceptual understanding of processes rather than simple recall.

The 2026 paper did not follow that pattern. Instead, it moved rapidly between different areas of the syllabus:

The distribution is perhaps the most important feature of the 2026 Biology paper. No single topic dominated the section to the same extent as cellular respiration did in 2025. Instead, students needed working knowledge across a much wider portion of the syllabus.

Cell biology was particularly important, with questions covering prokaryotic cells, membranes and transport, DNA technology, molecular genetics, respiration, metabolism, enzymes, organelles and cell division. Genetics also had a meaningful presence, while physiology remained important through the cardiovascular, respiratory, digestive, endocrine and tissue questions.

This makes 2026 different from both ends of the recent spectrum. It was less concentrated than 2025, but it also required broader coverage than a paper built around a smaller group of recurring topics. The advantage therefore went to students who had maintained coverage across the syllabus rather than those who had attempted to predict which topics would dominate.

The difficulty of 2026 Biology was consequently driven more by breadth than depth. A student did not necessarily need an unusually advanced understanding of Biology to perform well, but they did need to recognise concepts from many different areas quickly. Missing an entire topic became more costly because the paper moved on to something completely different every few questions.

Compared with 2025, the individual questions were generally more accessible and less conceptually demanding. However, that should not be confused with the paper being easy overall. The breadth of the section meant that weak areas were difficult to hide.

For students preparing for future IMATs, the lesson from 2026 is straightforward: do not build Biology preparation around the topic distribution of the previous paper. The seven respiration-related questions that appeared in 2025 did not translate into a respiration-heavy 2026 paper.

Chemistry – IMAT 2026 Analysis

The IMAT 2026 Chemistry section followed a more stable pattern than Biology. It remained predominantly theoretical, with most questions testing fundamental chemical concepts rather than requiring extensive numerical calculation. At the same time, the paper covered a broad range of Chemistry, meaning that students could not rely on a small number of high-frequency topics.

The 2026 questions covered:

The distribution shows a strong emphasis on fundamental Chemistry. Atomic structure and the periodic table appeared more than once, while acids and bases, chemical reactions and organic chemistry also received substantial attention. Equilibrium, intermolecular forces, gas laws and energy changes were each represented, giving the section a broad but recognisably standard syllabus coverage.

The important point is that the paper was not dominated by calculations. There were areas where students needed to apply concepts — particularly equilibrium, balancing reactions, redox chemistry, gas laws and energy changes — but the overall paper was much more dependent on understanding and recognising chemical principles than on lengthy numerical problem-solving.

That makes the 2026 paper broadly consistent with 2025. The 2025 Chemistry section was also predominantly theoretical, with fewer problem-solving questions than 2024 and a greater emphasis on definitions and fundamental concepts.

The contrast with 2024 is therefore important. The difference was not that completely different Chemistry was tested; rather, the way the Chemistry was tested changed. A student who was comfortable with calculations and application in 2024 could not assume that the same style would dominate in 2026.

Organic Chemistry was another important part of the 2026 section. Two questions focused on naming, followed by a question on functional groups. Together with acids and bases, bonding, redox and atomic structure, this meant that the paper rewarded students who had covered the standard fundamentals rather than specialised knowledge in one particular area.

Compared with Biology, Chemistry remained the more predictable section. Its questions generally stayed close to established syllabus concepts, and there were fewer questions demanding the kind of deeper conceptual interpretation seen in the strongest Biology questions of recent years.

The main challenge was therefore coverage. Students who had skipped apparently basic areas such as intermolecular forces, salts, organic naming or balancing reactions could lose straightforward marks. The paper did not require exceptionally advanced Chemistry, but it did require students to have the fundamentals properly under control.

Overall, 2026 Chemistry continued the recent movement toward a theory-heavy IMAT Chemistry section. The paper was broad, but its underlying concepts were familiar. As in 2025, strong performance depended more on solid fundamentals and accurate recognition than on advanced calculations.

Physics – IMAT 2026 Analysis

A total of 7 questions were included in Physics (Q48–Q54). They covered the following topics:

• Kinematics – 2 Questions
  • Definition of velocity – 1 Question (Q48)
  • Galilean transformations & relative motion between observers – 1 Question (Q49)
• Work & Energy – 2 Questions
  • Kinetic energy with unit conversion – 1 Question (Q50)
  • Mechanical energy in the presence of friction – 1 Question (Q51)
• Fluid Mechanics – 1 Question
  • Hydrostatic pressure & depth – 1 Question (Q52)
• Electrostatics – 1 Question
  • Electric charge of a neutral atom – 1 Question (Q53)
• Waves – 1 Question
  • Coherence of waves – 1 Question (Q54)

Difficulty Level

The physics section was EASY.

• Definition-based questions dominated the section: Q48, Q49, Q51, Q53 and Q54 needed no calculation at all. 5 out of 7 questions only tested whether the student knew the definition or basic principle behind a term.
• Only two numerical questions were asked (Q50 and Q52), and both were short one- or two-line calculations. Even 2025, which was already more concept-oriented than 2023 and 2024, had a two-case Newton's laws problem (Q59) – 2026 had nothing comparable.
• Q52 (depth at which pressure doubles) did not give the values of atmospheric pressure or density of sea water. Students were expected to know the standard values (P₀ ≈ 10⁵ Pa, ρ ≈ 10³ kg/m³) to arrive at h ≈ 10 m.
• Q49 (Galilean transformations) and Q54 (coherence) were the only questions that could trouble students, as these are theory topics that are not directly mentioned in the IMAT syllabus.

Comparison with IMAT 2025

• Number of Physics questions increased: 6 in 2025 → 7 in 2026 (the reverse of Mathematics, which went from 7 to 6).
• Order of the section changed: Physics was placed before Mathematics (Q48–Q54), whereas in 2024 and 2025 Mathematics came first.
• Topic distribution shifted:
  • 2025 featured gravitation and current electricity (equivalent resistance, charge carriers) – none of which appeared in 2026.
  • 2026 introduced waves (Q54) and Galilean relativity (Q49), which had not appeared in any paper from 2023 to 2025.
  • Work & Energy returned with 2 questions after being absent in 2025 (2024 had a question on power).
• Fluid mechanics appeared in both years (hydrostatic forces in 2025, hydrostatic pressure in 2026) – back-to-back hydrostatics questions.
• Electromagnetism, which had 2 questions in both 2024 and 2025, was reduced to a single, very basic electrostatics question (Q53). No circuits or magnetism were asked.

This again shows IMAT's tendency to rotate topics every year. However, the level of the questions dropped significantly – the focus moved from problem-solving to knowledge of definitions and concepts.

Trend Across 2023–2026

• Physics has steadily gained questions: 5 (2023) → 6 (2024) → 6 (2025) → 7 (2026).
• Difficulty has fallen every year: 2023 was moderate–high (conceptually dense, multi-step questions, 2024 was mixed, 2025 was easy–moderate, and 2026 was easy.
• Topics that appeared in all four years:
  • Kinematics – average velocity (2023), SHM & oscillations (2024), rectilinear motion (2025), velocity & Galilean transformations (2026).
  • Dynamics & Energy – collision (2023), power (2024), force (2025), kinetic & mechanical energy (2026).
  • Electricity – charge distribution (2023), resistance (2024), resistance & current direction (2025), charge of a neutral atom (2026).
• Thermodynamics had 3 questions in 2023–2024 but has now been absent for two consecutive years. Based on IMAT's rotation pattern, a return in the coming years is very possible, so it should not be dropped from preparation.

The key observation from the 2023–2025 trend still holds: IMAT rotates topics within a fixed core syllabus. Entire chapters can disappear for a year or two and then return, so selective preparation remains risky.

Accessibility

• Direct definitions (Q48, Q51, Q53): solvable in under 30 seconds by any student who has covered the syllabus.
• Theory questions (Q49, Q54): no calculation involved, but not solvable without having studied the topic – guessing between the options is difficult.
• Kinetic energy (Q50): straightforward, but required converting 36 km/h = 10 m/s before applying KE = 12mv². Forgetting the 12 leads directly to the trap option 2000 J.
• Hydrostatic pressure (Q52): manageable in under 1 minute, provided the student knows standard values or the fact that 10 m of water exerts roughly 1 atm.

Mathematics – IMAT 2026 Analysis

A total of 6 questions were included in Mathematics (Q55–Q60). They came from the following topics:

• Algebra & Inequalities – 1 Question
  • Quadratic inequality (Q55)
• Exponentials & Logarithms – 2 Questions
  • Inequality with an exponential function (Q56)
  • Logarithmic equation (Q60)
• Coordinate Geometry – 2 Questions
  • Equation of a circle (Q57)
  • Parabola passing through a given point (Q59)
• Probability – 1 Question
  • Drawing without replacement (Q58)

Difficulty Level

The maths section was EASY – noticeably easier than both 2024 and 2025.

• Most questions (Q55, Q56, Q59, Q60) were direct, one-step questions based on definitions or simple substitution, e.g. log₁₀x = 6 ⇒ x = 10⁶.
• Q57 (circle) could be solved in seconds by observing that the equation has no constant term, so the point (0,0) satisfies it. Students who did not notice this could still find the centre (−52, −2) and eliminate the other options.
• Q58 (probability) was the only question requiring careful reasoning: 712 × 611 = 722.

Comparison with IMAT 2025

• Number of Mathematics questions decreased: 7 in 2025 → 6 in 2026. Mathematics was also placed after Physics this year.
• Shift in topic distribution:
  • Probability returned after being absent in 2025 (it appeared in 2023 and 2024). In 2024 the draws were with replacement; in 2026 they were without replacement.
  • Coordinate geometry (circle and parabola) appeared with 2 questions – no question from this area was asked in 2024 or 2025 (it was last seen in 2023).
  • Euclidean geometry (areas, volumes, circle and triangle theorems) was completely absent. This is a major shift, as geometry was present in both 2024 (circle theorem, cylinder volume) and 2025 (rectangle), though it was also absent in 2023.
  • Trigonometry and set theory, both present in 2025, did not appear.
  • Logarithms and exponentials returned after being absent in 2025 (2024 had logarithmic properties inside a function question). A pure powers question was still not asked.
• Inequalities have now appeared in all three years (2024, 2025 and 2026). However, the 2026 inequality was a simple factorisable quadratic, (x − 1)(x − 5) ≤ 0, far easier than the square-root and trigonometric inequalities of 2025.

Trend Across 2023–2026

• Mathematics has steadily lost questions: 8 (2023) → 7 (2024) → 7 (2025) → 6 (2026).
• Difficulty has fallen sharply: 2023 was the most demanding year, 2024 was moderate, 2025 was moderate to difficult, and 2026 was the easiest of the four.
• Inequalities are the only topic that appeared in all four years – the most consistent topic in recent years.
• Probability appeared in 3 of the 4 years (missing only in 2025).
• 2026 largely returned to the 2023 topic pattern, bringing back topic types that were missing from recent papers:
  • Equation of a circle: 2023 Q54 → 2026 Q57
  • Quadratic inequality: 2023 Q49 (2x² − 6x + 5 > 0) → 2026 Q55 (x² − 6x + 5 ≤ 0)
  • Logarithms & exponentials: 2023 Q48 & Q55 → 2026 Q56 & Q60 (also present in 2024, absent in 2025)
  • Neither 2023 nor 2026 had a Euclidean geometry question.
• Trigonometry appeared in 2023, 2024 and 2025, and was absent for the first time in 2026.

This shows that older papers such as 2023 are just as valuable for practice as the most recent ones – topics skipped for a year or two can return in almost identical form.

Accessibility

• Easy questions: Q55, Q56, Q59, Q60, solvable in under 1 minute.
• Circle (Q57): quick if the student recognises the missing constant term; otherwise requires completing the square.
• Probability (Q58): the trap options 49144 (treating the draws as with replacement) and 49132 were designed to catch students who did not read "without replacement" carefully.