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Physicsfirst principles.

9TH • RIGOROUS CURRICULUM.

Chapter-by-chapter theory notes, step-by-step textbook exercises, video lectures, and SLO-aligned board examination prep for Physics (9th).

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Syllabus

Curriculum Syllabus

Course chapter sequence roadmap and learning outcomes.

Physics (9th)

1. Physical Quantities and Measurements

Physical and Non-Physical Quantities
Base and Derived Physical Quantities
International System of Units (SI)
Scientific Notation
Length Measuring Instruments
Mass Measuring Instruments
Time Measuring Instruments
Volume Measuring Instruments
Errors in Measurements
Uncertainty in a Measurement
Significant Figures
Precision and Accuracy
Rounding off the Digits

2. Kinematics

Scalars and Vectors
Rest and Motion
Types of Motion
Distance and Displacement
Speed and Velocity
Acceleration
Graphical Analysis of Motion
Gradient of a Distance-Time Graph
Speed-Time Graph
Gradient of a Speed-Time Graph
Area Under Speed-Time Graph
Solving Problems for Motion Under Gravity
Free Fall Acceleration
Relativity and Universal Speed Limit

3. Dynamics

Concept of Force and Types of Forces
The Four Fundamental Forces
Free Body Diagrams
Newton's Laws of Motion
Limitations of Newton's Laws of Motion
Mass, Weight, and Gravitational Field
Mechanical and Electronic Balances
Force Meter (Spring Balance)
Friction, Terminal Velocity, and Rolling Friction
Methods to Reduce Friction
Momentum and Impulse
Conservation of Momentum

4. Turning Effects of Force

Like and Unlike Parallel Forces
Addition of Forces
Turning Effect of a Force
Resolution of Vectors
Determination of a Force from its Perpendicular Components
Principle of Moments
Centre of Gravity and Centre of Mass
Equilibrium
Conditions of Equilibrium
States of Equilibrium
Improvement of Stability
Application of Stability in Real Life
Rotational Motion
Centripetal Force

5. Work Energy and Power

Work
Energy
Conservation of Energy
Sources of Energy
Renewable and Non-Renewable Sources
Advantages and Disadvantages of Methods of Energy Production
Power
Efficiency

6. Mechanical Properties of Matter

Deformation of Solids
Hooke's Law
Density
Pressure
Pressure in Liquids
Atmospheric Pressure
Measurement of Atmospheric Pressure
Measurement of Pressure by Manometer
Pascal's Law

7. Thermal Properties of Matter

Kinetic Molecular Theory of Matter
Temperature and Heat
Thermometers

8. Magnetism

Magnetic Materials
Properties of Magnets
Induced Magnetism
Temporary and Permanent Magnets
Magnetic Fields
Uses of Permanent Magnets
Electromagnets
Domain Theory of Magnetism
Magnetisation and Demagnetisation
Applications of Magnets in Recording Technology
Soft Iron as Magnetic Shield

9. Nature of Science

Physics and Science
Branches of Physics
Interdisciplinary Fields
Collaboration and Interdisciplinary Nature of Science
Scientific Method
Scientific Base of Technologies and Engineering
Key Points
INTERACTIVE LAB • KINEMATICS & OPTICS

Simulate Projectile Trajectories & Wave Optics

Manipulate equations of motion, acceleration vectors, and wave interference in real time within the interactive laboratory.

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