Mechanical Properties of Fluids

This topic covers concepts, such as Shear Stress of Solids and Fluids and Mechanical Properties of Fluids.

This topic covers concepts, such as Specific Gravity, CGS Unit of Density, Relative Density and Specific Gravity, Relative Density, Average Pressure, Dimensions of Pressure, Dimensions of Density, and SI Unit of Density.

This topic covers concepts, such as Pascal's Law and Pressure Due to Fluid.

This topic covers concepts, such as Atmospheric Pressure, Hydrostatic Paradox, Units Used for Atmospheric Pressure, Atmospheric Pressure in Terms of Mercury Column, Absolute Pressure, Measurement of Atmospheric Pressure, and Open Tube Manometer.

This topic covers concepts, such as Hydraulic Lift, Braking System of Vehicles, and Mechanical Advantage of Hydraulic Lift.

This topic covers concepts, such as Buoyant Force, Buoyancy and Floatation, Free Body Diagram of Bodies in Liquid, Conditions on Floatation, Archimedes Principle, and Floatation of a Solid Body with Cavity.

This topic covers the concept of Fluid Mechanics.

This topic covers concepts, such as Condition for Start of Turbulence, Laminar Flow, Turbulent Flow, Types of Fluid Flow, Streamline Flow, Properties of Streamline, Steady Flow of Fluid, and Equation of Continuity.

This topic covers concepts, such as Blowing-off of Rooftop in Wind Storm, Application of Venturimeter, Aerofoil, Venturimeter, Torricelli’s Law, Conditions on Bernoulli's Theorem, Ball Moving Without Spin in Air, and Kinetic Energy in Fluid Flow.

This topic covers concepts, such as Relative Viscosity, Contact-area of the layers and viscosity, SI Unit of Coefficient of Viscosity, Viscous Force, Factors Affecting Viscous Force, Velocity Gradient between Layers, and Coefficient of Viscosity.

This topic covers concepts, such as Terminal Velocity of Spherical Ball, Velocity of Rain Drops, Stokes Law, Applications of Stokes Law, Velocity of Spherical Ball in Viscous Medium, and Viscous Force on Spherical Bodies.

This topic covers concepts, such as Reynolds Number, Inertial Force of Fluid in Motion, Critical Velocity, Significance of Reynolds Number, Condition for Laminar Flow, Rate of Flow of a Fluid or Discharge 'Q', and Unsteady Flow of Fluid.

This topic covers concepts, such as Splitting of Drop in Smaller Drops, Excess Pressure in Liquid Drop, Excess Pressure in Liquid Bubble, Energy Stored in Surface Due to Surface Tension, and Surface Energy.