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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