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Paper 2



PAPER 2 

SECT A

CH 1 (INTRODUCTION OF PHYSICS)
a)   Thermometer
b)  Ammeter
c)    Voltmeter
d)  Micrometer Screw Gauge

CH 2 (FORCE AND MOTION)
a)   Inertia
b)  Resolution of forces
c)    Gravity
d)  Hooke’s Law

CH 3 (FORCE AND PRESSURE)
a)   Archimedes’s Principle
b)  Pressure in Liquid
c)    Bernoulli’s Principle

CH 4 (HEAT)
a)   Gas Laws
b)  Thermal equilibrium
c)    Specific Heat Capacity
d)  Latent Heat

CH 5 (LIGHT)
a)   Reflection
b)  Refraction
c)    Total internal Reflection
d)  Lenses
e)   Binocular

CH 6 (WAVES)
a)   Diffraction of waves
b)  Interference of waves
c)    Sound waves
d)  Electromagnetic waves

CH 7 (ELECTRICITY)
a)   Series and parallel circuit
b)  E.m.f and internal resistance
c)    Effect of resistance
d)  Brightness of bulb

CH 8 (ELECTROMAGNETISM)
a)   Current-carrying conductor
b)  Force on current-carrying conductor
c)    Electromagnetic induction
d)  Transformer
e)   National grid Network

CH 9 (ELECTRONICS)
a)   CRO
b)  Semiconductor diodes
c)    Transistors
d)  Logic gates

CH 10 (RADIOACTIVITY)
a)   Radioactive decay
b)  Nuclear energy
c)    Importance of Proper Management of Radioactive Substance



SECT B

Q 9

CH 2 (FORCE AND MOTION)
a)   Inertia
b)  Safety features in vehicles
c)    Impulsive force

CH 3 (FORCE AND PRESSURE)
a)   Archimedes’s Principle
b)  Bernoulli’s Principle
c)    Pressure in liquid

CH 4 (HEAT)
a)   Specific heat capacity
b)  Thermal equilibrium

CH 5 (LIGHT)
a)   Lenses
b)  Microscope
c)    Telescope

Q 10

CH 6 (WAVES)
a)   Refraction
b)  Diffraction
c)    Interference
d)  Electromagnetic waves

CH 7 (ELECTRICITY)
a)   Series and parallel circuit
b)  Brightness of bulb
c)    Effect of resistance
d)  Electrical energy and power

CH 8 (ELECTROMAGNETISM)
a)   Electromagnetic induction
b)  Transformer
c)    National grid network

CH 9 (ELECTRONICS)
a)   Semiconductor diode
b)  Transistor

CH 10 (RADIOACTIVITY)
a)   Uses of radioisotopes
b)  Nuclear energy
c)    Half life
d)  Nuclear reactor

SECT C

Q 11

CH 2 (FORCE AND MOTION)
a)   Momentum
b)  Safety features in vehicles
c)    Hooke’s law

CH 3 (FORCE AND PRESSURE)
          a)  Archimedes Principle
          b)  Bernoulli’s Principle
          c)    Gas Pressure

CH 4 (HEAT)
a)   Specific heat capacity
b)  Gas Laws

CH 5 (LIGHT)
a)   Mirror
b)  Lenses
c)    Optical fiber  

Q 12

CH 6 (WAVES)
a)   Refraction
b)  Diffraction
c)    Interference of waves

CH 7 (ELECTRICITY)
a)   Potential difference
b)  Effect of resistance
c)    Series and parallel circuit

CH 8 (ELECTROMAGNETISM)
a)   Electromagnetic induction
b)  National Grid Network
c)    Transformer

CH 9 (ELECTRONICS)
a)   CRO
b)  Logic gates
c)    Transistor

CH 10 (RADIOACTIVITY)
a)   Half life
b)  Radioisotopes
c)    Uses of radioisotopes

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