Chapter-wise notes, solved exercises, MCQs, short questions and long questions for the NBF Physics book, aligned with the National Curriculum and SLO-based
StudyPlusPlus offers FBISE Class 9 Physics resources for session 2026-2027, based on the National Book Foundation (NBF) textbook. The page covers all 9 chapters, with chapter-wise notes, solved exercises, and short and long question preparation. Students can practise straight MCQs and scenario/stimulus/situation-based MCQs for the objective paper. All material follows the National Curriculum and SLO-based preparation for Federal Board annual examinations.
Select any chapter to read online or download the PDF notes, solved exercises, and MCQs for exam preparation.
Explore base and derived quantities, SI units, scientific notation, and metric prefixes. Learn to use measuring tools like vernier calipers, screw gauges, and stopwatches while understanding errors, precision, and significant figures.
Study resting and moving bodies, displacement, speed, velocity, and acceleration. Analyze graphical representations of motion (distance-time, speed-time graphs) and equations under gravity.
Understand force types, Newton's laws of motion, mass vs.weight, gravitational fields, momentum conservation, and impulse.Practice drawing free- body diagrams to calculate net forces.
Examine center of mass, torque (moment of a force), conditions of equilibrium, friction types (rolling, fluid, micro-level), centripetal force, and satellite orbital motion using planetary data.
Explore elasticity, Hooke's Law applications, pressure in liquids / gases, atmospheric pressure variations and uses(straws, syringes), manometers, and Pascal's principle (hydraulic lifts/brakes).
Master work, power, and efficiency calculations. Differentiate kinetic and potential energy, explore conversion and conservation, and study fossil fuels, bio-mass, solar, wind, and tidal energy.
Measure regular/irregular density (displacement method) and explore states of matter (solid, liquid, gas, plasma). Calibrate thermometers using fixed points, and analyze thermocouple designs for range/sensitivity.
Learn the domain theory of magnetism, magnetic field lines, shielding, methods of inducing magnetism (stroking, heating, solenoid), diamagnetic/paramagnetic/ferromagnetic categorization, and biomagnetism.
Understand the objective and fields of physics (astrophysics, quantum mechanics, biophysics, optics). Distinguish between hypothesis, theory, and law, and examine the connection between science and engineering.
Physics in Class 9 builds the base for science in later classes. It begins with measurement and units and moves through motion, forces, energy, pressure, temperature and magnetism. In FBISE examinations, Physics carries both conceptual and numerical questions. Students need clear definitions, correct formulas, neat diagrams and steady problem-solving practice. This page gathers all nine chapters of the NBF Physics book in one place, so students can move from the textbook PDF to notes and practice without searching in several places.
The chapter-wise notes explain definitions, concepts, formulas, laws and diagrams in simple English. They are written to match the SLO-based approach of the National Curriculum, which expects students to understand and apply ideas, not just memorise them. Solved textbook exercises help students see how numericals are set out and how short and long questions are answered. Chapter-wise revision keeps preparation steady during the session and makes annual examination preparation easier.
For the objective paper, students can practise straight MCQs and scenario, stimulus and situation-based MCQs. These test whether a student can apply a concept to a real-life situation. Short and long question practice prepares students for the subjective paper. Together, these resources support FBISE Physics preparation from the first chapter to final revision.
The FBISE Class 9 Physics theory paper is of 60 marks in total. It has an objective portion and a subjective portion of 30 marks each.
Objective portion (30 marks): This part has 60 MCQs, and each MCQ carries 0.5 marks. Of these, 40 are straight/flat MCQs, which test direct knowledge such as definitions, units, formulas and facts. The other 20 are scenario/stimulus/situation-based MCQs. These give a short situation, statement or data and ask students to apply a concept to answer.
Subjective portion (30 marks): This part has two sections.
Students should prepare definitions, laws, derivations, diagrams and numericals for the subjective portion. For the objective portion, they should practise both straight and scenario-based MCQs from every chapter.
Students can use the chapter-wise material to access the following learning resources:
Step-by-step solutions to all National Book Foundation (NBF) textbook questions with detailed physical explanations.
Concept-focused multiple-choice questions with correct answers and explanations to secure full marks in the objective section.
Conceptual short-answer questions designed to evaluate the student's understanding of physical processes and laws.
Comprehensive answers for detailed topics such as laws of motion, pressure, work-energy resources, and magnetism.
Standard, easy-to-learn definitions of physical terms, quantities, SI units, and laws aligned with FBISE guidelines.
Illustrations of free-body forces, magnetic lines, and experimental setups to help students practice drawings for exams.
Conceptual problems and unseen application questions (Stimulus/Scenario-based MCQs, Short & Long questions) designed specifically for the Federal Board SLO model.
Direct links to download chapter-wise notes for offline access and convenient revision before exams.
The Class 9 Physics resources on StudyPlusPlus follow the Single National Curriculum (SNC) and National Curriculum framework used for the NBF textbook. Each chapter is organised around Student Learning Outcomes (SLOs), so students learn to define, explain, apply and solve, not just memorise. Scenario, stimulus and situation-based MCQs support this approach by testing application of concepts. Students should use the notes together with the NBF textbook and check official FBISE notifications for any syllabus or paper-pattern updates.
Follow this simple preparation method to get better results in Physics.
Revise one chapter at a time, starting with key definitions, laws and formulas.
Read the chapter notes, then solve the textbook exercises without looking at the answers.
Practise 20-30 straight MCQs after finishing each chapter.
Solve scenario/stimulus/situation-based MCQs to build application skills.
Write short questions in 3-mark style and long questions with diagrams and steps.
In the last weeks, revise formulas, units and numericals, and practise mixed-chapter MCQs under timed conditions.
Use these resources to complete your Physics preparation and other subjects.
The theory paper is of 60 marks. The objective portion is 30 marks (60 MCQs of 0.5 marks each), and the subjective portion is 30 marks (6 SRQs of 3 marks and 2 ERQs of 6 marks).
Revise definitions, formulas and units chapter by chapter. Practise straight MCQs first, then scenario-based MCQs, and finish with timed mixed-chapter practice.
Yes. They follow the NBF Class 9 Physics book and the National Curriculum, so they suit FBISE annual examination preparation.
This page supports solved textbook exercises for revision and numerical practice. Open the relevant chapter notes to see the exercises for that chapter.
Yes. They are prepared for session 2026-2027 and follow the National Curriculum and SLO-based approach for FBISE Class 9 Physics.
There are 9 chapters: Physical Quantities and Measurement, Kinematics, Dynamics - I, Dynamics - II, Pressure and Deformation in Solids, Work and Energy, Density and Temperature, Magnetism, and Nature of Science and Physics.
Yes. The notes support short question (SRQ) and long question (ERQ) preparation for every chapter.