10.1. Introduction 10.2. Pressure 10.2.1. Pascal's Law 10.2.2. Variation of Pressure with Depth 10.2.3. Atmospheric Pressure and Gauge Pressure 10.2.3. Atmospheric Pressure and Gauge Pressure 10.2.4. Hydraulic Machines 10.3. Streamline Flow 10.4. Bernoulli's Principle 10.4.1. Speed of Efflux: Torricelli's Law 10.4.2. Venturi-Meter 10.4.3. Blood Flow and Heart Attack 10.4.4. Dynamic Lift 10.5. Viscosity 10.5.1. Stoke's Law 10.6. Reynolds Number 10.7. Surface Tension 10.7.1. Surface Energy 10.7.2. Surface Energy and Surface Tension 10.7.3. Angle of Contact 10.7.4. Drops and Bubbles 10.7.5. Capillary Rise 10.7.6. Detergents and Surface Tension
1.Physical World 2.Units and Measurements 3.Motion in a Straight Line 4.Motion in a Plane 5.Laws of Motion 6.Work, Energy and Power 7.Systems of Particles and Rotational Motion 8.Gravitation 9.Mechanical Properties of Solids 10.Mechanical Properties of Fluids 11.Thermal Properties of Matter 12.Thermodynamics 13.Kinetic Theory 14.Oscillations 15.Waves