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Chapter 1: Physical Quantities and Measurement

GRADE 9 · Physics · FBISE

Test your understanding of Physical Quantities and Measurement with 30 syllabus-aligned MCQs designed for GRADE 9 FBISE students.

Use this short practice session to revise key concepts, identify weak areas, and prepare for your board examination.

Sample Questions

See what you’ll practice in this quiz.

  1. Which of the following is a physical quantity?
  2. Which of the following is a non-physical quantity?
  3. Physics mainly deals with the study of:

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What You’ll Practice

  • Chapter 1: Physical Quantities and Measurement Branches if physics(mechanics, quantum, optics, thermodynamics, oscillations and waves, atomuc and nuclear physics, relativity, electromagnetism), Physical and non physical quantitues, SI base and derived units, standard form ans scientific notation, prefixes, scalar and vector quantities, adding vector quantities, Measuring instruments(Meter rule, measuring tape, vernier calipher, screw guage,) Physical balance, Meaduring cylinder, stop watch (Mehanical analogue and digital), Errors ( systematic and random errors), Precision and accuracy, significant figures, general rules for writing significant figures, rounding off numbers
  • Chapter 2: Kinematics Rest and motion, types of motion, Distance and displacement, Speed and Velocity(Average, instantaneous, uniform and variable speed and Velocity), Acceleration, motion due to gravity, graphical analysis of motion, Speed time graph,
  • Chapter 3: Dynamics – I force, types of force(contact, non-contact force), fundamental forces in nature, concept of net force, Newtons laws of motion, mass and weight, measuring force and mass, Gravitational field, momentum, force and change in momentum, impulse and change in momentum, Newtons laws and conservation of momentum,
  • Chapter 4: Dynamics – II force on bodies, moment on a force, center of mass, equilibrium, conditions of equilibrium, principle of moments, Types of equilibrium, Stability(stable, unstable and Neutral equilibrium), Frictions, advantages and disadvantages of friction, methods of reducing friction, Rolling friction, fluid friction, frictional dissipation, centripeta force, Orbital motion, average orbital speed of satellite, planetary data,
  • Chapter 5: Pressure and Deformation in Solids Elasticity, HOOKE'S LAW, Application if HOOKE'S LAW, Pressure, atmosheric pressure, measurement of atmospheric pressure, atmosheric pressure ad weather, application of atmospheric pressure, liquid pressure, manometer, Application of manometer, PASCAL's principle, Hydraulic lift, hydraulic car brake system,
  • Chapter 6: Work and Energy work, energy and its forms, kinetic energy, potential energy, energy conversion and conservation, Major energy resources, Fossil fuels, Nuclear fuels, Bio Mass Fuels, Hydro electric resources, Solar radiation, Geothermal resources, wind, waves in the sea, tides, power, efficiency,
  • Chapter 7: Density and Temperature Density, measuring densities, density if regular and irregulae shaped objects, States of matter(Solid, liquid, gases), Plasma as fourth state of matter, Relationship betwen the motion of the articles and temperature,internal energy and temperatureof sustance,variation in physical properties as a too for measuring temperature of a substance, expansion of liquids,variation of volume and pressure,variation i color of crystals,resistance thermometer or thermistors,bimetallic strip thermometer,fixed point in calibration of theemometer,sensitivity, range,linearity of thermometer thermometers(sensitivity,range, linearity of thermometer), Structure and function of liquid in glass and thermocouple thermometers, Effects of sructure of a liquid in glass thermometer on its sensitivity, Range a linearity(Effects of diameter of tube on sensitivity of thermometer, effects of nature of liquid used in thermometer on its sensitivity, effects of size of bulb of thermometer on its range, effects of nature if liquid used in thermometer on its range, effects of type of glass used in thermometee on its linearity)
  • Chapter 8: Magnetism Domain theory of magnetism( force between magneticpoles), Manetic field( magnetic field of bar magnet, direction of magnetic field at a point, relative strength of magnetic field, magnetic shielding),Induced magnetism (stroking, hammering, heating and solenoid method), temporary and permanent magnetics and heir uses, Applications of magnets(magnetic recording, speakers), types of magnetic materials (Diamagnetic materials, paramagnetic materials, ferromagnetic materials) Difference between magnetic and non magnetic materials, Earths magnetic field (geographical and magnetic poles of the earth, Bio magnetism)
  • Chapter 9: Nature of Science and Physics Objectives of physics, fields of physics(Biophysics, Astronomy, Astrophysics, cosmology, thermal physics, optics, particle physics, Elecromagnetism, acostics, computational physis, geophysics, climate physics, classical mechanics, quantum mechanics, relativistic mechanics), Hypothesis, Theory and law, difference between theory and law, science technology and engineering

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