OUTCOME1-MOMENTS OF AREA Centroids and First Moments Second Moments of Area Rectangles and Circles Parallel Axis Theorem

OUTCOME 2 -HYDROSTATICS Ideal and Real Fluids Hydrostatic Forces Pascals Law Forces on Submerged Surfaces Total Force and Centre of Pressure

OUTCOME 3 - HYDROSTATIC DEVICES Pascals Law Brakes, Rams and Jacks Basic Power Hydraulics Accumulators

OUTCOME 4 - VISCOSITY AND ITS EFFECTS Newtonian Fluids Dynamic and Kinematic Viscosity Non Newtonian Fluids and Mathematical Models Lubrication, Journal and Thrust Bearings Surface Tension and Capillary Action

OUTCOME 5 - FLOW THROUGH PIPES AND DEVICES Conservation of Mass and Energy Bernouilli's Equation Laminar and Turbulent Flow Pipe Friction Differential Pressure Devices Orifice Meters, Venturi Meters and Pitot Tubes

OUTCOME 6 - FLUID JETS Nozzle Theory Momentum Forces Flat Plate Hemispherical Cup

OUTCOME 7 - DRAG AND LIFT BASICS Dynamic Pressure, Pitot Tubes and Manometers Skin and Form Drag Aerofoils, Lift and Drag Power Requirement for Aeroplane Engines

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