Chapter wise
PHYSICS I
1)
CIRCULAR
MOTION
1.
Non-uniform circular motion: link1
7. Relation between linear acceleration and
angular acceleration: link1
10. Banking of roads: link1
11. Conical pendulum: link1
12. Vertical circular motion: link1
13. Equation for tension in string at any
point, link1
2) GRAVITATION
1.
Newton’s law of gravitation
2. Value of gravity
3. Critical velocity of satellite
4.
Binding energy of satellite
5. Escape velocity
6. Kepler’s laws
7. Variation of ‘g’
due to altitude
8. Latitude and
depth
9. Variation of ‘g’
due to latitude
10. Types of satellite
3) ROTATIONAL MOTION
1.
Rigid body
2.
Linear inertia and moment of inertia
3.
Radius of gyration
4.
Rotational kinetic energy
5.
Rotational moment
6.
Torque
7.
The Parallel-Axis and Perpendicular-Axis Theorems
8.
Perpendicular-Axis Theorems
9.
Principal of law of conservation of Angular momentum
10. Similarity
Between Linear and Rotational Motions
4) OSCILLATION
1.
Define oscillation
2.
Simple Harmonic Motion
3.
The Force Law for SHM
4.
Velocity in SHM
5.
projection of UCM on as
SHM
6.
PHASE OF OSCILLATION
7.
Graphical representation of SHM
8.
K.E. of Particle
performing SHM
9.
Law of conservation of
Energy in SHM
10. Equation of pendulum
5) ELASTICITY
1. Deformation
2. Deforming Force
3. Perfectly
Elastic Body:
4. Plasticity:
5. Perfectly
Plastic Body:
6. Elasticity:
7. Stress
8. Types of Stress:
9. Longitudinal
Stress or Tensile Stress
10. Volume Stress or
Bulk Stress
11. Shearing Stress
12. Strain
13. Types of Strain
14. Longitudinal or
Tensile Strain
15. Volume Strain or
Bulk Strain
16. Shearing Strain
or Shear:
17. Shearing Strain
or Shear
18. SIR ROBERT HOOKE (1635-1703)
19. Hooke’s Law
20. Elastic Limit
21. Hooke's Law of Elasticity
22. Hooke's Law of
Elasticity
23. Elastic
Constants (Moduli of Elasticity):
24. Young's Modulus
(Y):
25. Bulk Modulus (K)
26. Modulus of
Rigidity (h):
27. Poisson's ratio
28. Searle's Method
29. Elasticity and
Plasticity
30. Work done in
stretching thin wire by calculus method
6) SURFACE TENSION
1.
Sphere of Influence
2.
Surface Energy
3.
Definition of Surface Tension
4.
Application of surface tension
5.
Relation between Surface Energy and Surface Tension
6.
Angle of Contact
7.
Cohesive Force
8.
Adhesive Force
9.
explanation of angle of contact
10. Shape of liquid
11. Capillary Action
12. Capillarity
13. Derivation of
Capillarity
7) WAVE MOTION
1.
Waves
2.
Types of Waves
3. Characteristics of wave motion
4.
Basic of a wave
5. Wave Motion is
Doubly Periodic
6.
Simple Harmonic Progressive Wave
7.
Equation of a Simple Harmonic Progressive wave
8.
Similarity between shm and circular motion
9.
Equation of wave motion
10. Characteristics of progressive wave
11. Similarity
between longitudinal and transverse wave
12. Reflection of a
sound from a plane surface
13. Reflection of
Wave Pulse from rarer medium
14. Reflection (free
end)
15. Reflection from
a Rarer Medium
16. Reflection of
Wave Pulse from denser medium
17. Reflection
(fixed end)
18. Why such changes
in waves occur
19. Quincke’s tube
experiment
20. Formation of
beats
21. Equation of
Formation of beats
22. Doppler Effect
8) STATIONARY WAVES
1.
Define stationary waves
2. Properties of a stationary wave
3. Condition for nodes and antinodes
4.
Properties of stationary waves
5.
Fundamental frequency, harmonic and overtones
6.
Damping and Resonance
7.
Fixed at both end
8.
Laws of Vibrating Strings
9.
Law of Density:
10. Open at one end
11. Resonance tube
12. Open at both the
end
13. Error correction
9) KINETIC GAS THEORY
1.
Fundamental Assumptions of the Kinetic Theory of
Gases
2.
Mean Square Velocity:
3.
Pressure Exerted by Gas:
4.
Ideal gas law
5. Robert boyle
6. prove: C a ÖT
7.
Specific Heat of Gas
8.
Kinetic Energy per Unit Volume
9.
kinetic energy of molecule
10. kinetic energy
per unit mass
11. In case of gases, two specific heats are
to be defined.
(i) Specific heat at constant volume
(ii) Specific heat at constant pressure
(i) Specific heat at constant volume
(ii) Specific heat at constant pressure
9.b RADIATION (KINETIC GAS THEORY)
1.
Flow of heat
2.
Absorptive power or absorptivity(a)
3.
Reflective power or reflectivity(r)
4.
Coefficient of Transmission(t)
5.
Relation between a, r and t
6.
Perfect absorber
7.
Perfect
Reflector
8.
Perfect transmitter
9.
Black body
10. Lamp black
11. Perfect black
body(ferry’s black body)
12. Spectrum of
black body by
Lummer and Pringsheim
Lummer and Pringsheim
13. Wein’s law of
displacement
14. Emissive Power
15. Absorptive Power
16. Krichhoff’s law
of radiation
17. Pervost theory
of heat exchange
18. Stefan's Law of
Radiation
19. Newton’s law of
radiation
20. Limitation of
Newton law
21. Radiation
Correction
PHYSICS II
1.
The CORPUSCULAR ( PARTICLE) THEORY (1671)
2.
Wave theory of light
3.
Maxwell’s electromagnetic theory
4.
Planck's and Einstein theory
5.
state law of reflection derive law of reflection
basis of Huygens wave theory
6.
Laws of Refraction at a Plane Surface (On Huygens’
Principle)
7.
plane of vibration
8.
plane of Polorisation
9.
Un polarised Waves
10. Polaroid
11. Plane-polarized
light beam
12. Brewster's law
13. William nicol bi
prism
2) INTERFERENCE OF LIGHT
1.
Constructive
interference
2.
Destructive
interference
3. Conditions
Necessary for Obtaining a Steady Interference Pattern:
4.
Young’s Double Slit Experiment:
5.
Fresnel's
biprism experiment
6.
Diffraction
3) ELECTROSTAICS
1.
Electric field intensity
2.
TNEI
3.
Gauss theorem
4.
Application of gauss theorem
a.
On sphere
b.
On cylinder
c.
On any arbitrary surface
5.
Mechanical force per unit area
6.
Energy per unit volume
7.
Di electric medium
8.
Polorisation
9.
Capacitors
10. Energy of capacitors
11. Capacitors in
series
12. Capacitors in
parallel
13. Venn de graph
4) CURRENT ELECTRICITY
1.
Kirchhoff law of current
2.
Kirchhoff law of voltage
3.
Wheatstone bridge
4. Application of Wheatstone bridge
a. Meter bridge experiment
b. Kelvin’s half scale experiment
5. Potentiometer
6. Application of potentiometer
a. Substitution method
b. Sum and difference method
c. Calculate internal resistance of cell
5) MAGNETIC EFFECT OF ELECTRIC CURRENT
1.
Galvanometer
2.
Moving coil galvanometer:
3.
M.c.g : suspended type
4.
Working and principal
5.
Advantage of phosphor bronze suspension fiber
6.
Why radial magnetic field
7. M.c.g : pivoted type
6) MAGNETISM
1.
Relation between electrostatics and magnetism
2.
Gyromagnetic ratio
3. Magnetization
4.
Toroid
5.
Magnetization of a ferromagnetic material
6.
Studied with a toroid
7.
Classification of Magnetic Substances
a.
Diamagnetic
Substances
b.
Paramagnetic Substances
c.
Ferromagnetic
Substances
8. Curie
Temperature
7) ELECTRO MAGNETIC INDUCTION
1.
Magnetic Flux (Φ):
2. Faradays lenz law
3.
Self Induction
4. Motional EMF
5.
Eddy Currents or Foucault Currents
6.
Mutual Induction
7. Transformers
8. A.C. Generator:
9.
Alternating emf
10. Relative Values
Peak, Virtual and Mean Values
of Alternating emf
11. AC Circuit with
a Pure Resistor
12. AC Circuit with
a Pure Inductor
13. AC Circuit with
a Capacitor
14. Variation of XL
with Frequency
15. Phasor diagram
16. AC Circuit with L,
C, R in Series Combination
17. Series resonance
in AC Circuit with L, C, R
18. Parallel
resonance in AC Circuit with L, C, R
19. Power in AC
Circuit with R:
20. Power in AC
Circuit with L, C, R:
21. L C
Oscillations:
22. Root Mean Square
or Virtual or Effective Value of Alternating Current:
23. Average or Mean
Value of Alternating Current:
8) ELECTRONS AND PHOTONS
photo electric effect
9) ATOM MOLECULE AND NUCLUEI
1.
Planks law
2.
Rutherford model
3.
Disadvantage of Rutherford model
4.
Neil Bohr model
5.
1 Postulates
6.
Relation between radius and principle quantum number
7.
Relation between velocity and principle quantum number
8.
Relation between energy and principle quantum number
9.
Energy spectrum
10. E = MC2
11. X-rays
12. Mass defects
13. Binding energy
per nucleons
14. Nuclear
radioactivity
15. De Broglie postulate
16. Proof of de Broglie
postulate
17. De Broglie postulate
for electron
18. Davisson germer
experiment
10) SEMICONDUCTORS
1.
Energy level
2.
Energy band
3.
Intrinsic semiconductor
4.
Extrinsic semiconductor
5.
P type
6.
N type
7.
P-N junction diode
8.
Half wave rectifiers
9.
Full wave rectifiers
10. Photo diode
11. Solar cell
12. Zener diode
13. Transistor
14. Transistor different
mode
15. Transistor as an
amplifier
16. Transistor as switch
17. Oscillators
18. Logic circuit
11) COMMUNICATION