Physics divided in parts
Part 1 : Mechanics, Electrodynamics & Electrostaticsis the Major part
Part 2 : heat and thermodynamics, optics, waves, properties of matter and modern physics is the remaining remaining part
1 Mechanics: In mechanics we have
Kinematics: Newton’s laws of motion have to be through projectile motion - important questions are assured to come
All the kinematical equations should be known without which its not possible to solve questions from this chapter.
in projectile formulae on time of flight, range, maximum height and velocity at any point is important.
Friction: Types of friction static, kinetic and rolling friction should be known.
Circular motion: concepts of centripetal and centrifugal forces.
tension and velocity at various points of a vertical circle.
Rotational motion: Problems finding moment of inertia of regular bodies using parallel and perpendicular axis theorem.
values of radius of gyration of various shapes and momentum of inertia formulae, formulae of various shapes should be known.
Gravitation: questions on variation of ‘g’ with altitude depth, latitude are important. Problems on critical velocity and escape velocity.
2 Electrodynamics and electrostatics:
- EMI: Faraday’s laws and Lenz should be known questions on self and mutual induction are important.
- Magnetism: Properties of dia, para and ferro magnetic substances. Formula for magnetic field on the axis of a current carrying wire.
- Magnetic effect on electric current: Bio Savarts Law and Ampere’s law is very important along with the formula. Questions are assured on it.
MCG conversion into ammeter or voltmeter problems are assured.
- current electricity : Krichoffs law, combination of resistors series & parallel formula for drift velocity and Ohms law is a must factors affection resistance.
- AC current: should know to read Phasor diagrams concept and formulae of Reactance Inductive and capacitive,
Impedance, Power in AC circuit, power factor and quality factor.
Electrostatics:
Columbus law, concept of Gauss theorem linear, surface and volume density formulae, properties of electric field lines,
combination of capacitors, series and parallel, capacitors placed in dielectric medium.
3 Heat and Thermodynamics:
concepts and formulas of thermal expansion, gas laws, formulae of specific heat, latent heat, Stefans law, Weins displacement law,
Newton’s law of cooling, concept of heat transfer, Carnot engine, perfectly black body, Absorptive and emissive power.
This is a relatively easy chapter & you should try to score full
4 Optics:
concept & definition of reflection & refraction. Mirrors formula and Lenz formula. Lenz maker formula, power of lens & it’s formula.
formula for resolving power for telescope and microscope.
5 Waves:
concept of interference, diffraction & polarization, Brewsters law and formula. Principal of polarization. properties of waves like energy,
momentum, phase, velocity, wavelength and frequency. concept of SHM Simple Harmonic Motion concept of simple pendulum & formula for time period of simple pendulum.
Formation of standing waves, definition of nodes and internodes, problems on air column in open and closed pipes.
6 Properties of Matter:
- properties of solids, liquids and gases. concept of elastics, formulas for Young’s modules, Bulks modules.
- pressure in fluids Bernoullis principle and formula, concept of surface tension and formula. Angle of contact.
7 Modern Physics:
- nuclear fission and nuclear fusion; concept of a decay, ß decay and gamma decay. Bohrs atomic model. formula of Bhors radius, velocity, binding energy.
definition of Isotopes, Isobars and Isotones.
- Dual nature of matters concept, Photoelectric effect, formula for stopping potential, De Broglie wavelength, work function.
- concept of energy band, valance band, forbidden band and conduction band. what are conductors, insulators and semi-conductors? the types of semi-conductors,
p and n type semi-conductors, the p-n function, definitions of potential barriers, depletion layers forward and reverse biasing concept. concept of LED,
truth table and logic gates. 6
- concept of sky wave, ground wave and space wave propagation. definition of modulation and demodulation.
Part 1 : Mechanics, Electrodynamics & Electrostaticsis the Major part
Part 2 : heat and thermodynamics, optics, waves, properties of matter and modern physics is the remaining remaining part
1 Mechanics: In mechanics we have
Kinematics: Newton’s laws of motion have to be through projectile motion - important questions are assured to come
All the kinematical equations should be known without which its not possible to solve questions from this chapter.
in projectile formulae on time of flight, range, maximum height and velocity at any point is important.
Friction: Types of friction static, kinetic and rolling friction should be known.
Circular motion: concepts of centripetal and centrifugal forces.
tension and velocity at various points of a vertical circle.
Rotational motion: Problems finding moment of inertia of regular bodies using parallel and perpendicular axis theorem.
values of radius of gyration of various shapes and momentum of inertia formulae, formulae of various shapes should be known.
Gravitation: questions on variation of ‘g’ with altitude depth, latitude are important. Problems on critical velocity and escape velocity.
2 Electrodynamics and electrostatics:
- EMI: Faraday’s laws and Lenz should be known questions on self and mutual induction are important.
- Magnetism: Properties of dia, para and ferro magnetic substances. Formula for magnetic field on the axis of a current carrying wire.
- Magnetic effect on electric current: Bio Savarts Law and Ampere’s law is very important along with the formula. Questions are assured on it.
MCG conversion into ammeter or voltmeter problems are assured.
- current electricity : Krichoffs law, combination of resistors series & parallel formula for drift velocity and Ohms law is a must factors affection resistance.
- AC current: should know to read Phasor diagrams concept and formulae of Reactance Inductive and capacitive,
Impedance, Power in AC circuit, power factor and quality factor.
Electrostatics:
Columbus law, concept of Gauss theorem linear, surface and volume density formulae, properties of electric field lines,
combination of capacitors, series and parallel, capacitors placed in dielectric medium.
3 Heat and Thermodynamics:
concepts and formulas of thermal expansion, gas laws, formulae of specific heat, latent heat, Stefans law, Weins displacement law,
Newton’s law of cooling, concept of heat transfer, Carnot engine, perfectly black body, Absorptive and emissive power.
This is a relatively easy chapter & you should try to score full
4 Optics:
concept & definition of reflection & refraction. Mirrors formula and Lenz formula. Lenz maker formula, power of lens & it’s formula.
formula for resolving power for telescope and microscope.
5 Waves:
concept of interference, diffraction & polarization, Brewsters law and formula. Principal of polarization. properties of waves like energy,
momentum, phase, velocity, wavelength and frequency. concept of SHM Simple Harmonic Motion concept of simple pendulum & formula for time period of simple pendulum.
Formation of standing waves, definition of nodes and internodes, problems on air column in open and closed pipes.
6 Properties of Matter:
- properties of solids, liquids and gases. concept of elastics, formulas for Young’s modules, Bulks modules.
- pressure in fluids Bernoullis principle and formula, concept of surface tension and formula. Angle of contact.
7 Modern Physics:
- nuclear fission and nuclear fusion; concept of a decay, ß decay and gamma decay. Bohrs atomic model. formula of Bhors radius, velocity, binding energy.
definition of Isotopes, Isobars and Isotones.
- Dual nature of matters concept, Photoelectric effect, formula for stopping potential, De Broglie wavelength, work function.
- concept of energy band, valance band, forbidden band and conduction band. what are conductors, insulators and semi-conductors? the types of semi-conductors,
p and n type semi-conductors, the p-n function, definitions of potential barriers, depletion layers forward and reverse biasing concept. concept of LED,
truth table and logic gates. 6
- concept of sky wave, ground wave and space wave propagation. definition of modulation and demodulation.
