IMAT Physics and Maths preparation for 2027
Cover the official Maths and Physics topics, then practise formulas, units and problem solving.
13 combined questions.
Build your method, then build your speed.
Recent papers tested algebra, geometry, probability, mechanics, fluids, thermodynamics and electricity.
The 2024 and 2025 papers each used 7 Maths questions and 6 Physics questions, but the exact split can change.
Prepare for IMAT 2027 using the verified MUR 2025/2026 syllabus baseline. View the verified syllabus before applying in a new cycle.
📐Why Physics and Maths matter
Physics and Mathematics are grouped together in the IMAT. The verified preparation baseline assigns 13 of the 60 questions to this combined area.
The 2024 and 2025 papers each contained 7 Maths questions and 6 Physics questions. MUR officially sets only the combined total, so the exact split can change.
Syllabus to practice
Physics and Maths: what to study and practise
Use this checklist to choose a topic, then practise it on the platform. Check the official syllabus for your exam year when it is published.
| Topic | What to practise |
|---|---|
| Motion and forces | Read graphs, draw a force diagram and decide which motion relation applies. |
| Energy, fluids and heat | Choose a conservation principle and keep pressure, energy and temperature units consistent. |
| Electricity and waves | Connect circuit quantities and distinguish wave speed, frequency and wavelength. |
| Algebra and functions | Rearrange expressions, solve equations and interpret a function graph. |
| Geometry and probability | Translate a diagram or event description into a calculation. |
Core formula references
Use these as reminders. Practise choosing a formula and checking its units on the platform.
- Average speed
- v = d / tUse distance d in metres and time t in seconds. v is speed in m/s.
- Resultant force
- F = maF is the resultant force in newtons. m is mass in kg and a is acceleration in m/s².
- Kinetic energy
- Eₖ = ½mv²Eₖ is energy in joules. Use m in kg and v in m/s.
- Ohm’s law
- V = IRV is voltage in volts. I is current in amperes and R is resistance in ohms.
- Straight line
- y = mx + cm is the gradient and c is the y-intercept of a straight line.
- Pythagoras
- a² + b² = c²For a right-angled triangle, c is the hypotenuse. Use the same unit for all three sides.
Try questions and review the answers
Create a free account to try the available free practice. Explore Physics and Maths questions, worked examples, self-tests and answer review on the platform as part of your preparation.
Free access varies by question bank. The complete bank and paid worked solutions require paid access. Compare the inclusions before choosing a plan.
📘Topics to cover
Use this as your checklist for IMAT 2027. The detailed 2027/2028 syllabus has not been announced, so these topics use the verified MUR 2025/2026 syllabus as a preparation baseline.
🔢 Numbers and algebra
- Number sets, proportions, percentages, scientific notation and order of magnitude
- Powers, roots, logarithms and basic combinatorics
- Polynomials, identities, factorisation and algebraic fractions
- Linear and quadratic equations, inequalities and systems
📈 Functions and trigonometry
- Domain, range, sign, continuity, maxima, minima and graph behaviour
- Polynomial, rational, exponential, logarithmic and trigonometric functions
- Composite and inverse functions
- Trigonometric equations and inequalities
📐 Geometry, probability and statistics
- Plane and solid geometry, similarity, area and volume
- Angles, radians, trigonometry and solving triangles
- Coordinate geometry, lines, circles and conic sections
- Frequency distributions, charts, events and probability
🏃 Measurement and mechanics
- Physical quantities, units, conversions, scalars and vectors
- Speed, acceleration, angular motion and harmonic motion
- Newton's laws, weight, elasticity and friction
- Momentum, impulse, torque, work, energy and power
🌡️ Fluids and thermodynamics
- Density, pressure, Pascal's, Stevino's and Archimedes' principles
- Flow rate, continuity, Bernoulli's equation and viscosity
- Temperature, heat transfer, calorimetry and specific heat
- State changes, ideal gases and the laws of thermodynamics
⚡ Electricity and electromagnetism
- Charge, Coulomb's law, electric fields and potential
- Capacitance, capacitors and electrostatic energy
- Current, resistance, Ohm's law, circuits and Kirchhoff's laws
- DC, AC, magnetic forces and electromagnetic induction
Practise IMAT Physics and Maths questions.
Make formulas and units feel manageable.
Use topic practice and explanations to get more comfortable with mechanics, electricity, graphs, algebra, probability and common calculation traps before full IMAT simulations.
🧮How to study Physics and Maths
The easiest mistake is trying to cover everything without doing enough questions. For IMAT Physics and Maths, you need a small set of reliable methods: identify the topic, write the known values, choose the relationship, then calculate carefully.
A simple study routine
- Build the maths base: practise algebra, powers, percentages, functions, graphs and basic probability first.
- Learn formulas with units: know when each formula applies and what every symbol means.
- Move into timed questions: use recent papers once you can solve the main topic types without checking your notes.
Physics and Maths practice inside IMAT Mentor
See how IMAT Mentor helps you practise
🎯Weekly Physics and Maths plan
Keep Physics and Maths active every week. Short, regular practice is better than leaving all 13 questions until the end of your preparation.
What to do each week
- Practise one Maths block and one Physics block.
- Record each mistake as a formula, unit, algebra, graph or arithmetic error.
- Add timed mixed sets when the main formulas and setups feel familiar.
Official source baseline
This page uses the latest checked MUR 2025/2026 sources: Decree no. 599 of 7 August 2025, Allegato A syllabus and the 2025 English paper and 2024 English paper. For 2027/2028 updates, check the MUR admissions portal for the new official syllabus.
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Physics and Maths FAQ
