Physics Class 10 | Federal Board 2026 (Fbise) | National Book Foundation

Unit 10: Heat Capacity and Modes of Heat Transfer

10.1 Specific Heat Capacity
10.2 Transfer of Heat
10.3 Applications of Heat Transfer
10.4 Greenhouse Effect and Global Warming
10.5 Flow of Heat in Geothermal Activities

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Unit 11: Thermal Expansion and Change of State

11.1 Kinetic Theory of Matter
11.2 Thermal Expansion
11.3 Evaporation
11.4 Latent Heat
11.5 Pressure Exerted by Gas Particles
11.6 Superconductivity

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Unit 12: Waves

12.1 Wave Motion
12.2 Wave Propagation
12.3 Characteristic Wave Parameters
12.4 Waves and Their Types
12.5 Types of Waves on the Basis of Medium
12.6 Types of Waves on the Basis of Propagation
12.7 Wave Characteristics
12.8 Properties of Waves
12.9 Tsunamis

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Unit 13: Sound

13.1 Source of Sound
13.2 Nature of Sound Waves
13.3 Ultrasound
13.4 Infrasound
13.5 Characteristics of Sound Waves
13.6 Analysing Sound Waves
13.7 Speed of Sound
13.8 Noise
13.9 Reflection, Refraction and Diffraction of Sound Waves
13.10 Echo
13.11 Acoustics
13.12 Human Hearing System

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Unit 14: Optics

14.1 Reflection of Light
14.2 Refraction of Light
14.3 Total Internal Reflection
14.4 Thin Lenses
14.5 Application of Lenses
14.6 Visible Spectrum
14.7 Human Eye and Colour Perception
14.8 Gravitational Lensing
14.9 Acoustic Lenses

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Unit 15: Electrostatics

15.1 Static Charge
15.2 Conductors and Insulators
15.3 Charging and Discharging
15.4 Electroscope
15.5 Electric Field
15.6 Applications of Electrostatics
15.7 Electrical Breakdown

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Unit 16: Current Electricity

16.1 Electric Current
16.2 Alternating and Direct Current
16.3 Potential Difference
16.4 EMF
16.5 Ohm’s Law
16.6 Resistance
16.7 Resistivity
16.8 Electrical Measuring Instruments
16.9 Experiment for Demonstration of Resistance

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Unit 17: Electric Circuits

17.1 Circuit Elements and Diagram
17.2 Resistors
17.3 Types of Resistors
17.4 Combination of Resistors
17.5 Combination of EMF Sources
17.6 Electricity and Its Uses
17.7 Electrical Energy
17.8 Electric Power
17.9 Household Circuits and Electric Safety

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Unit 18: Electronics

18.1 Semiconductors
18.2 N- and P-Type Semiconductors
18.3 PN Junction
18.4 Characteristics of Diode under Biasing
18.5 Light Emitting Diode (LED)
18.6 Transistor
18.7 Relays and Switching Circuits
18.8 Transistor as a Switch
18.9 Digital Electronics
18.10 Fundamental Logic Gates
18.11 Universal Logic Gates
18.12 Uses of Logic Gates
18.13 Analogue and Digital Electronics
18.14 Quantum Computers

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Unit 19: Electromagnetism

19.1 Magnetic Field Due to Current-Carrying Wire
19.2 Magnetic Field Due to Current-Carrying Solenoid
19.3 Earth’s Magnetic Field
19.4 Applications of Magnetic Effect of Current
19.5 Force on a Current-Carrying Conductor Placed in a Magnetic Field
19.6 Current-Carrying Coil in a Magnetic Field
19.7 Electric Motor
19.8 Electromagnetic Induction
19.9 Lenz’s Law
19.10 Electric Generator
19.11 Transformer
19.12 Deflection of Electron Beam
19.13 Cathode Ray Oscilloscope

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Unit 20: Electromagnetic Waves

20.1 Electromagnetic Spectrum
20.2 Applications of Electromagnetic Waves
20.3 Risks Associated with Electromagnetic Waves
20.4 Scattering of Light
20.5 Nature of Light

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Unit 21: Nuclear Physics

21.1 Discovery of Nucleus
21.2 Nuclear Representations
21.3 Isotopes and Radioisotopes
21.4 Radioactivity
21.5 Nuclear Decay
21.6 Half-Life
21.7 Applications of Radiation
21.8 Background Radiation
21.9 Nuclear Fission
21.10 Nuclear Fusion
21.11 Dark Matter
21.12 Falsifiability
21.13 Uses of Nuclear Radiation


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