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All Systems Operational

Physics syllabus for NABTEB | Learn | Learn by Rightal

NABTEB course

Physics

NABTEB

45 topics sit in this course for NABTEB.

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Topics with a public outline

Structure of Atom
Describes atomic models, energy quantization, photoelectric effect, thermionic emission, and X-rays.
Basic Concepts in Electronics
Distinguishes between conductors, semiconductors, and insulators, explains doping, p-n junction diodes, rectification, and transistors.
Production and Propagation of Waves
Describes the concept, production, propagation, and types of waves, including their properties and the wave equation.
Light Waves
Covers sources of light, rectilinear propagation, reflection, refraction, optical instruments, and dispersion of light.
Fundamental Quantities and Units
Covers SI units for fundamental and derived quantities, and measurement of length, mass, time, area, and volume.
Gravitational field
Explains gravitational field, potential, and escape velocity, including Newton's Law of Gravitation.

course outline

PART 1 - MECHANICS
- Concept of Matter
- Fundamental Quantities and Units
- Position, Distance & Displacement
- Speed, Velocity & Acceleration in one dimension
- Motion of Bodies
- Scalar and Vector Quantities
- Projectile Motion
- Mass and Weight
- Density and Relative Density
- Fluid At Rest
- Surface Tension
- Elastic Properties of Solids
- Equilibrium of forces
- Simple Harmonic Motion
- Energy
- Concept of Work and Energy Power

Effects of Heat

Describes the effects of heat including thermal expansion and the anomalous expansion of water.

Structure of the nucleus

Explains nuclear composition, radioactivity, nuclear reactions (fusion and fission), and their applications.

Heat Transfer

Explains the modes of heat transfer: conduction, convection, and radiation, and their applications.

Electric Field

Covers static electricity, charge production, electric fields, Coulomb's Law, and capacitors.

Electromagnetic Waves

Explains the principles and properties of electromagnetic waves and the electromagnetic spectrum.

Position, Distance & Displacement

Defines and distinguishes between distance and displacement, and their representation.

Sound Waves

Explains the production, properties, and applications of sound waves, including echoes, musical instruments, and resonance.

Speed, Velocity & Acceleration in one dimension

Explains uniformly accelerated motion, including equations of motion, motion under gravity, and graphical representations.

Gas Laws

States and explains gas laws (Boyle's, Charles's, Pressure) using kinetic theory and covers related calculations.

Current Electricity

Explains the production of electric current, potential difference, Ohm's law, resistance, electric energy and power, and measurement instruments.

Electrical Conduction Through Liquids

Explains electrolysis, electrolytes, and Faraday's laws of electrolysis and their applications.

Motion of Bodies

Covers types of motion, circular motion, forces, friction, and Newton's Laws of motion.

Latent Heat

Explains latent heat of fusion and vaporization, and related concepts like boiling, evaporation, and humidity.

Electrical Condition Through Gasses

Explains discharge through gases, hot cathode emissions, and their applications.

Scalar and Vector Quantities

Explains scalar and vector quantities, and methods of vector addition and resolution.

Magnetism

Explains the properties of magnets, magnetization, magnetic fields, forces on current-carrying conductors, electromagnets, and magnetic force on charged particles.

Projectile Motion

Explains projectile motion, its components (range, height, time), and applications.

Electromagnetic Induction

Explains electromagnetic induction (Faraday's and Lenz's Laws), generators, transformers, inductance, eddy currents, and power transmission.

Simple A.C. Circuit

Analyzes AC circuits, including peak and RMS values, reactance, impedance, resonance, and power in AC circuits.

Simple Harmonic Motion

Defines and explains Simple Harmonic Motion (SHM), its properties, energy, forced vibrations, and resonance.

Energy

Describes various forms of energy, their sources, and the principle of conservation of energy.

Concept of Work and Energy Power

Defines work, energy (potential and kinetic), and power, including conservation of mechanical energy.

Simple machines

Defines simple machines, mechanical advantage, velocity ratio, and efficiency, and the effect of friction.

Simple machines

PART II – HEAT

Concept of Temperature
Effects of Heat
Heat Transfer
Gas Laws
Heat Capacity
Latent Heat

PART III – WAVES, OPTICS AND SOUND

Production and Propagation of Waves
Light Waves
Electromagnetic Waves
Sound Waves

PART IV – FIELDS

Concept of Fields
Gravitational field
Electric Field
Current Electricity
Electrical Conduction Through Liquids
Electrical Condition Through Gasses
Magnetism
Electromagnetic Induction
Simple A.C. Circuit

PART V – ATOMIC AND NUCLEAR PHYSICS

Structure of Atom
Structure of the nucleus

PART VI – BASIC ELECTRONICS

Basic Concepts in Electronics