- Introduction of Properties Of Solid
- What is Rigidity
- What is Deformation
- What is Elasticity
- What is Stress
- What is Volumetric Stress
- What is Shearing Stress
- What is Strain
- What is Tensile Strain
- What is Volumetric Strain
- What is Shearing Strain
- What is Elastic Limit
- What is Hook's Law
- What is Modulus of Elasticity
- What is Young's Modulus
- What is Bulk Modulus
- What is Modulus of Rigidity
- What is Poisson's Ratio
- Relation between Young's modulus, bulk modulus, Poisson's Ratio & Modulus of Rigidity
- Behaviour of wire under increasing load
- Effects of Elasticity
- Properties of Solid - Numerical 1
- Properties of Solid - Numerical 2
- Properties of Solid - Numerical 3
- Properties of Solid - Numerical 4
- Properties of Solid - Numerical 5
- Properties of Solid - Numerical 6
- Properties of Solid - Numerical 7
- Properties of Solid - Numerical 8
- Properties of Solid - Numerical 9
- Properties of Solid - Numerical 10
- Properties of Solid - Numerical 11
- Properties of Solid - Numerical 12

- Introduction to Properties of Liquid
- What is Liquid Pressure
- Relation Between Pressure & Depth
- Problem No.1 based on Pressure & Depth Relation
- Problem No.2 based on Pressure & Depth Relation
- What is Atmospheric Pressure
- What is Pascal's Law
- Examples of Pascal's Law
- What is Archimedes Principle
- What is Viscosity
- Explain Newton's Law of Viscosity
- What is Flow of Liquid
- What is Streamline Flow
- What is Turbulent Flow
- Difference Between Streamline Flow & Turbulent Flow
- Explain Free fall of Spherical body through Viscous medium
- What is Stokes theorem
- Explain Derivation of Coefficient of Viscosity by stokes method
- Effect of Temperature & adulteration on viscosity of liquid
- Problem No.1 Based on Properties of Liquid
- Problem No.2 Based on Properties of Liquid
- Problem No.3 Based on Properties of Liquid
- Problem No.4 Based on Properties of Liquid
- Problem No.5 Based on Properties of Liquid
- Problem No.6 Based on Properties of Liquid
- Problem No.7 Based on Properties of Liquid
- Problem No.8 Based on Properties of Liquid
- Problem No.9 Based on Properties of Liquid
- Problem No.10 Based on Properties of Liquid
- Problem No.11 Based on Properties of Liquid
- Problem No.12 Based on Properties of Liquid
- Problem No.14 Based on Properties of Liquid
- What is Surface Tension
- What is Molecular Theory
- Laplace's Molecular Theory of Surface Tension
- Effect Of Temperature on surface tension
- What is Angel of contact & its significant
- Factors Affecting angel of contact
- What is Significant of angel contact
- What is Capillary Action

- What is Heat
- What is Heat Energy
- What is Temperature
- Problem Based on Thermal properties of Matter
- Difference Between Heat & Temperature
- What is Conduction
- Relation between Thermal Conductivity & Coefficient of thermal conductivity
- What is Temperature Gradient
- Problem No.1 Based on Thermal Properties of Matter
- Problem No.2 Based on Thermal Properties of Matter
- Problem No.3 Based on Thermal Properties of Matter
- Problem No.4 Based on Thermal Properties of Matter
- What is Insulator or bad conductor of heat
- What is Application of Good conductors
- What is Application of bad conductors
- What is Types of Convection
- What is Radiation
- Explain Comparison of Conduction, Convection & Radiation
- What is Gas Laws
- What is Gay Lussac's Law
- What is General gas Equation Specific & universal Gas Constant
- Explain Specific heat of substance & Relation between them
- What is Ratio of Specific Heat
- Explain Isothermal & Adiabatic Process
- What is Difference between Isothermal & Adiabatic Process

- What is Optics
- What is Snell's Law
- What is Angel of Minimum Deviation
- Derivation of Prism formula
- What is Total internal reflection
- What is Optical Fibre
- What is Propagation of light in an optical fibre
- Important Definitions of Optics
- Derivation of acceptance angel and Numerical Aperture
- Formulaes of Optics
- Problem No.1 based on Optics
- Problem No.2 based on Optics
- Problem No.3 based on Optics
- Problem No.4 based on Optics
- Problem No.5 based on Optics

- What is Wave Motion
- Derivation of Relation Between Velocity, Frequency & Wave Length
- What is Simple Harmonic Motion
- What is Linear Simple Harmonic Motion
- What is Characteristics Of Linear SHM
- Examples Of Simple Harmonic Motion
- Definitions of Simple Harmonic Motion
- What is Progressive Wave
- What is Longitudinal Wave
- Explain Characteristics of Transverse Wave & Longitudinal Wave
- Problem No.1 Based on Wave motion
- Problem No.2 Based on Wave motion
- Problem No.3 Based on Wave motion
- Problem No.4 Based on Wave motion
- Problem No.5 Based on Wave motion
- Problem No.6 Based on Wave motion
- Problem No.7 Based on Wave motion
- Derive Expression for Displacement in Simple Harmonic Motion
- Derive Expression Of Velocity In Simple Harmonic Motion
- Derive Expression of Acceleration in Simple Harmonic Motion

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