Official Syllabus
The syllabus consists of eight themes -
S.NO | CHAPTERS |
1 | Matter |
2 | Physical Quantities and Measurement |
3 | Force and Pressure |
4 | Energy |
5 | Light Energy |
6 | Heat Transfer |
7 | Sound |
8 | Electricity |
Theme 1: Matter
Kinetic Theory of Matter
1. Three states of matter in terms of the movement of particles.
2. Energy content in the three states of matter.
3. Change of state in matter using the Kinetic theory:
(i) Boiling
(ii) Vaporization
(iv) Melting
(v) Fusion
(vi) Evaporation
(vii) Condensation
(viii) Sublimation
(ix) Deposition
(x) Freezing
4. Change of state diagrams (using the terms mentioned above).
Theme 2: Physical Quantities and Measurement
1. Measurement of Density of irregular solids using:
(i) Eureka Can
(ii) Measuring Cylinder
2. Relative Density
(i) Definition
(ii) Relation with Density
3. Measurement of Density of Fluids:
(i) Basic Concept
(ii) Concept of Flotation and sinking of a substance (relate to density)
(iii) Comparison of densities in the three states of matter.
Theme 3: Force and Pressure
1. Turning effect of force(moment of force): concept, definition and calculation.
2. Pressure:
(i) Definition
(ii) Unit
(iii) Factor affecting pressure
(iv) The pressure exerted by liquids (Qualitative only).
(v) The pressure exerted by gases – Atmospheric pressure (Qualitative only).
Theme 4: Energy
1. Concept of Work
2. Unit of Work (Joule)
3. Calculation of Work done in simple cases
4. Kinetic Energy
(i) Basic Concept
5. Potential Energy
(i) Basic Concept
(ii) Gravitational Potential Energy
6. Calculation of kinetic and potential energies from a set of given data (Simple problems and assuming g=10 m/s2)
7. Energy transformation in common daily life situations
8. Difference between Energy and power
Theme 5: Light Energy
1. Refraction:
(i) Definition
(ii) Examples of Refraction.
2. Curved Mirrors:
(i) Convex
(ii) Concave
(iii) Reflecting surface (Convex and Concave)
(iv) Uses of Curved mirrors
(v) Terms related to Curved mirrors –Focus, Principal Axis, the center of curvature, the radius of curvature.
(vi) Rules for making ray diagrams of Spherical mirrors.
(vii) Real and Virtual Images
(viii) Ray diagrams with curved mirrors where real images are formed.
3. Dispersion of white light into constituent colors.
Theme 6: Heat Transfer
1. Difference between Boiling and Evaporation.
2. Thermal Expansion:
(i) Linear Expansion
(ii) Volume Expansion
(iii) Superficial Expansion
(iv) Compare expansivity in Solids, Liquids, and Gases.
(v) Examples and Real-world applications.
Theme 7: Sound
1. Pitch and Frequency
2. Pitch and frequency in relation to the working of musical instruments. (Wind, membrane, and String)
3. Monotone
4. Loudness and Amplitude
...
Official Syllabus
The syllabus consists of eight themes -
S.NO | CHAPTERS |
1 | Matter |
2 | Physical Quantities and Measurement |
3 | Force and Pressure |
4 | Energy |
5 | Light Energy |
6 | Heat Transfer |
7 | Sound |
8 | Electricity |
Theme 1: Matter
Kinetic Theory of Matter
1. Three states of matter in terms of the movement of particles.
2. Energy content in the three states of matter.
3. Change of state in matter using the Kinetic theory:
(i) Boiling
(ii) Vaporization
(iv) Melting
(v) Fusion
(vi) Evaporation
(vii) Condensation
(viii) Sublimation
(ix) Deposition
(x) Freezing
4. Change of state diagrams (using the terms mentioned above).
Theme 2: Physical Quantities and Measurement
1. Measurement of Density of irregular solids using:
(i) Eureka Can
(ii) Measuring Cylinder
2. Relative Density
(i) Definition
(ii) Relation with Density
3. Measurement of Density of Fluids:
(i) Basic Concept
(ii) Concept of Flotation and sinking of a substance (relate to density)
(iii) Comparison of densities in the three states of matter.
Theme 3: Force and Pressure
1. Turning effect of force(moment of force): concept, definition and calculation.
2. Pressure:
(i) Definition
(ii) Unit
(iii) Factor affecting pressure
(iv) The pressure exerted by liquids (Qualitative only).
(v) The pressure exerted by gases – Atmospheric pressure (Qualitative only).
Theme 4: Energy
1. Concept of Work
2. Unit of Work (Joule)
3. Calculation of Work done in simple cases
4. Kinetic Energy
(i) Basic Concept
5. Potential Energy
(i) Basic Concept
(ii) Gravitational Potential Energy
6. Calculation of kinetic and potential energies from a set of given data (Simple problems and assuming g=10 m/s2)
7. Energy transformation in common daily life situations
8. Difference between Energy and power
Theme 5: Light Energy
1. Refraction:
(i) Definition
(ii) Examples of Refraction.
2. Curved Mirrors:
(i) Convex
(ii) Concave
(iii) Reflecting surface (Convex and Concave)
(iv) Uses of Curved mirrors
(v) Terms related to Curved mirrors –Focus, Principal Axis, the center of curvature, the radius of curvature.
(vi) Rules for making ray diagrams of Spherical mirrors.
(vii) Real and Virtual Images
(viii) Ray diagrams with curved mirrors where real images are formed.
3. Dispersion of white light into constituent colors.
Theme 6: Heat Transfer
1. Difference between Boiling and Evaporation.
2. Thermal Expansion:
(i) Linear Expansion
(ii) Volume Expansion
(iii) Superficial Expansion
(iv) Compare expansivity in Solids, Liquids, and Gases.
(v) Examples and Real-world applications.
Theme 7: Sound
1. Pitch and Frequency
2. Pitch and frequency in relation to the working of musical instruments. (Wind, membrane, and String)
3. Monotone
4. Loudness and Amplitude
5. Unit of loudness (decibels)
Theme 8: Electricity
1. Household consumption of electric energy (kilowatt hour)
2. Safety Components (fuses/circuit breakers (Qualitative approach only)/ grounding)
3. Static Electricity
(i) Conservation of charges
(ii) Conduction
(iii) Induction
(iv) Electroscope (Gold Leaf Electroscope)
(v) Lightning Conductor
4. Battery is a collection of cells connected in series.
5. Dangers of electricity
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