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The NMAT (National Medical Admission Test) Part II is widely regarded as the most challenging section of the exam. While Part I focuses on aptitude-based skills such as language, quantitative ability, and inductive reasoning, Part II evaluates your foundational knowledge in the sciences, which is essential for success in medical school.
NMAT Part II consists of four subtests:
Biology
Physics
Social Science
Chemistry
Each subtest measures not only factual recall but also your ability to apply concepts, analyze scenarios, and interpret data under time pressure. Many examinees struggle with Part II because of its breadth, depth, and the sheer volume of content. A strategic and structured approach is therefore critical.
This guide provides a comprehensive, step-by-step study strategy to help you prepare effectively for NMAT Part II.
Before starting your preparation, it is essential to understand what NMAT Part II demands.
NMAT Part II typically includes 120 questions, divided equally among the four subjects. You are given 95 minutes, which means you have less than one minute per question. This makes time management just as important as content mastery.
NMAT Part II questions are designed to assess:
Conceptual understanding
Analytical thinking
Problem-solving ability
Data interpretation
Application of scientific principles
Pure memorization alone is not enough. You must be able to quickly interpret questions and eliminate incorrect choices.
A solid understanding of basic concepts is the cornerstone of NMAT Part II success. The exam heavily emphasizes high school-level science concepts, but questions are framed in ways that require deeper comprehension.
Instead of memorizing isolated facts, focus on:
Understanding why processes occur
Recognizing relationships between variables
Connecting concepts across topics
This approach will help you handle unfamiliar or integrated questions.
Studying all four subjects simultaneously without structure can lead to burnout. Instead, create a rotational study schedule that balances coverage and retention.
A recommended approach:
Study two subjects per day
Allocate more time to weaker subjects
Rotate subjects every few days
This prevents mental fatigue and reinforces long-term memory.
Biology often carries the most weight in NMAT Part II. Concentrate on topics that appear frequently:
Cell biology (organelles, transport mechanisms)
Genetics and inheritance
Human anatomy and physiology
Plant biology
Ecology and evolution
Understanding processes such as mitosis, meiosis, respiration, and photosynthesis is essential.
Biology concepts are often complex and interconnected. Enhance retention by using:
Diagrams and flowcharts
Tables for comparison (e.g., mitosis vs meiosis)
Concept maps
Redrawing diagrams from memory is an effective way to reinforce understanding.
Many NMAT biology questions are scenario-based. Practice interpreting graphs, experimental setups, and biological data. Focus on why an answer is correct, not just which answer is correct.
Chemistry questions often test basic principles applied in different contexts. Prioritize:
Atomic structure
Chemical bonding
Stoichiometry
Acids and bases
Solutions and concentrations
A strong grasp of these topics allows you to solve questions efficiently.
Some chemistry concepts require memorization, such as periodic trends and common reactions. However, aim to understand the underlying logic rather than memorizing blindly.
For example:
Understand why atomic size increases down a group
Know how electronegativity affects bonding
This reduces cognitive load during the exam.
Chemistry calculations can be time-consuming. Improve speed and accuracy by practicing:
Mole calculations
Percentage composition
Dilution problems
Develop shortcuts and mental math techniques where possible.
Physics in NMAT Part II focuses on fundamental concepts rather than advanced formulas. Key areas include:
Motion and kinematics
Newton’s laws of motion
Work, energy, and power
Electricity and circuits
Basic optics
Focus on understanding relationships between variables instead of memorizing equations.
Physics problems often become easier when visualized. Use:
Free-body diagrams
Motion graphs
Circuit diagrams
This approach helps clarify what the question is asking and reduces errors.
Some physics questions can be solved through logical reasoning and estimation rather than exact calculation. Practice identifying irrelevant information and narrowing down answer choices quickly.
Social Science covers a wide range of topics, including:
Psychology
Sociology
Economics
Political science
Anthropology
Focus on understanding key terms, theories, and frameworks rather than memorizing long definitions.
NMAT Social Science questions often present real-world situations. Practice applying concepts such as:
Motivation and behavior
Social interaction
Economic decision-making
Governance and public policy
Relating theories to practical examples improves recall and accuracy.
Many Social Science questions are passage-based. Improve your ability to:
Identify main ideas
Recognize assumptions
Distinguish facts from opinions
This will help you answer questions faster and more confidently.
Select NMAT-specific or high-quality science review materials aligned with the NMAT syllabus. Avoid overly advanced textbooks that go beyond the exam scope.
Good materials should:
Explain concepts clearly
Provide practice questions
Include answer explanations
Practice tests are essential for identifying weaknesses and tracking progress. Aim to take full-length NMAT practice exams under timed conditions at least once a week during the final month of preparation.
Do not simply count your score after practice tests. Review every incorrect and guessed question to understand:
Why you got it wrong
Which concept was unclear
Whether time pressure affected your answer
Mistake analysis is one of the most powerful learning tools.
Not all questions are equal. Learn to:
Skip difficult questions initially
Answer easy and moderate questions first
Return to challenging questions later
This prevents wasting time on a single problem.
Divide the total time evenly across subjects, but remain flexible. If one subject is your strength, complete it faster to gain extra time for weaker areas.
NMAT questions are designed to be solved quickly. Trust your preparation and avoid second-guessing unless you clearly identify an error.
During the final month, shift your focus from learning new material to:
Reviewing key concepts
Practicing mixed-subject questions
Strengthening weak areas
Avoid cramming unfamiliar topics at the last minute.
Take practice tests at the same time of day as your scheduled exam. This helps condition your mind and body for optimal performance.
Adequate sleep, proper nutrition, and short breaks are essential. Overstudying can lead to burnout and reduced retention.
Nervousness can impair performance. Take a few deep breaths before starting and maintain a steady pace throughout the exam.
Misreading questions is a common mistake. Pay attention to keywords such as “except,” “most likely,” and “least.”
There is no penalty for wrong answers in NMAT. If unsure, eliminate incorrect options and make an educated guess.
NMAT Part II is challenging, but with the right strategy, it is highly manageable. Success depends on conceptual understanding, consistent practice, and effective time management rather than rote memorization alone.
By following a structured study plan, focusing on high-yield topics, and regularly evaluating your performance, you can significantly improve your NMAT Part II score. Stay disciplined, trust your preparation, and approach the exam with confidence.
NMAT Part II is the science-focused portion of the NMAT and includes Biology, Chemistry, Physics, and Social Science. Many examinees find it difficult because it covers a wide range of foundational topics while requiring fast application under strict time limits. Questions often test conceptual understanding and data interpretation rather than simple recall. The challenge increases because you must switch between different scientific thinking styles in one sitting, which demands strong content mastery and mental flexibility.
Start by identifying your weakest subject and the specific topics within it that consistently confuse you. Build a basic foundation first using high school-level review materials, then gradually move to NMAT-style practice questions. Avoid studying four subjects randomly in the beginning. Instead, study one or two subjects per day and aim for steady improvement. If you feel overwhelmed, focus first on the most frequently tested topics such as human physiology in Biology, stoichiometry in Chemistry, basic mechanics in Physics, and core concepts in Psychology and Sociology for Social Science.
The ideal study time depends on your background and how many weeks you have before the exam. A practical range for most examinees is two to four focused hours daily, with longer sessions on weekends. What matters most is consistency and quality. It is better to study two hours daily with active recall and practice questions than to study eight hours once a week. If you are balancing school or work, use shorter daily blocks and prioritize regular practice tests as the exam approaches.
A balanced strategy is to rotate subjects and allocate more time to weaker areas without neglecting strengths. Many students use a two-subject-per-day plan: for example, Biology and Chemistry on one day, then Physics and Social Science the next. Another approach is to devote weekdays to concept-building and weekends to mixed practice. If your time is limited, you can prioritize high-yield chapters in each subject while maintaining at least light review for all four to avoid gaps.
Some memorization is necessary, especially for formulas, scientific terms, and definitions. However, NMAT Part II rewards understanding more than raw memorization. Many questions can be answered by applying basic principles, eliminating wrong choices, and interpreting given information. A good approach is to memorize only what is essential, then spend more time practicing how to apply those facts. For example, instead of memorizing every chemistry reaction, focus on patterns like periodic trends, bonding behavior, and concentration relationships.
For Biology, prioritize core processes and systems: cell structure and function, genetics, evolution, and human anatomy and physiology. Use diagrams, flowcharts, and simple concept maps to connect ideas. Practice interpreting experiments, graphs, and scenario-based questions because NMAT Biology often asks you to apply concepts rather than repeat definitions. A strong habit is active recall: after reading a topic, close your notes and explain it in your own words, then answer practice questions immediately.
High-yield Chemistry topics commonly include atomic structure, bonding, stoichiometry, acids and bases, solutions, and basic gas laws. Efficiency comes from mastering fundamentals and doing frequent short drills. Build speed in calculations by practicing mole conversions, dilution problems, and concentration computations regularly. When reviewing, focus on understanding why a method works, such as how stoichiometric ratios relate to balanced equations. This reduces the need for excessive memorization and improves exam-day accuracy.
NMAT Physics emphasizes relationships and concepts more than advanced computation. Start with core topics like motion, Newton’s laws, energy, and basic electricity. Learn to set up problems using diagrams, especially free-body diagrams and simple circuit sketches. Focus on understanding what each variable means and how changing one variable affects another. Practice estimation and elimination strategies so you can answer quickly even if you cannot compute perfectly. Over time, basic formula familiarity will improve your confidence and speed.
Social Science covers Psychology, Sociology, Economics, Political Science, and related topics. Study by learning key terms and applying them to real-life situations. Practice identifying the best concept that explains a scenario, rather than memorizing long definitions. Strengthen critical reading because many questions use passages or brief cases. When you review, focus on major theories, common behavioral principles, and fundamental social structures. Frequent practice questions help you learn how NMAT frames Social Science items.
Practice tests are essential because they train both timing and application. They also reveal which topics you misunderstand and which question styles slow you down. Ideally, you should take timed mixed-subject practice sets throughout your preparation, then complete full-length practice exams in the final weeks. The key is not only taking tests but also reviewing them thoroughly. For each missed or guessed item, identify whether the issue was lack of knowledge, poor interpretation, or time pressure.
Use a simple error log. For each mistake, write the topic, what you answered, why it was wrong, and what rule or concept would have led to the correct answer. Then schedule a short follow-up review within a few days to reinforce the correction. Mistake review becomes more powerful if you classify errors into categories: concept gap, calculation error, misread question, or time management issue. This helps you fix patterns instead of repeating them.
Time management starts in practice. Train yourself to answer within about one minute per question on average. If a question is taking too long, skip it and return later. Use elimination to narrow choices quickly. Set mental checkpoints per subject so you do not spend too much time early. Many test-takers improve their score by answering easier questions first and avoiding getting stuck on a single problem. Calm pacing and steady progress matter more than perfection on every item.
In the final two weeks, focus on consolidation rather than learning entirely new topics. Review high-yield notes, redo selected practice questions, and take at least one or two full timed exams. Prioritize weak areas, but do not neglect quick review of your stronger subjects. Maintain healthy sleep and avoid burnout. The goal is to enter exam day with stable recall, strong pacing skills, and confidence in applying core science concepts under pressure.
Yes. Since there is typically no penalty for wrong answers, educated guessing is better than leaving items blank. Use elimination to remove clearly incorrect options and choose the most reasonable remaining answer. Practice guessing strategies during mock tests so you can do it quickly. However, do not rely on guessing as your main plan. Strong preparation combined with smart guessing on a small number of difficult questions is the most effective approach.
NMAT Study Guide: Complete Preparation Guide for Medical School in the Philippines