Module 02. Physics

Description

Physics EASA Module 02 CONTENTS WELCOME FORWARD PREFACE REVISION LOG ACKNOWLEDGMENTS SUB-MODULE 01 MATTER Knowledge Requirements Introduction Matter The Nature of Matter States of Matter Questions SUB-MODULE 02 MECHANICS Knowledge Requirements Statics Forces, Moments and Couples Center of Gravity Elements of Theory of Stress Strain Nature and Properties of Matter Solid Liquid Gas Changes Between States Pressure and Buoyancy Buoyancy Fluid Pressure Kinetics Motion Uniform Motion Speed and Velocity Acceleration Newton's Laws of Motion First Law Second Law Third Law Circular Motion Periodic Motion Pendular Vibration Resonance Simple Machines Mechanical Advantage of Machines The Lever First Class Lever Second Class Lever Third Class Lever The Pulley Single Fixed Pulley Single Movable Pulley Block and Tackle The Gear Velocity Ratio Inclined Plane THE WEDGE Efficiency Dynamics Mass and Weight Energy Potential Energy Kinetic Energy Force, Work, Power and Torque Force Work Friction and Work Static Friction Sliding Friction Rolling Friction Power Torque Heat and Efficiency Momentum Gyroscopic Principles Fluid Dynamics Density Specific Gravity Fluid Mechanics Pascal's Law Bernoulli's Principle Viscosity Streamlining Questions SUB-MODULE 03 THERMODYNAMICS Knowledge Requirements Heat Heat Energy Units Temperature Thermal Expansion and Contraction Thermometers Non-Electric Temperature Indicators Electric Temperature Measuring Indication Electrical Resistance Thermometer Ratiometer Electrical Resistance Thermometers Thermocouple Temperature Indicators Heat Transfer Conduction Convection Radiation Specific Heat Thermodynamic Laws Gas Laws Boyle's Law Charles' Law General Gas Law Dalton's Law Ideal Gas Law Work and Expanding Gases Engine Cycles Constant Volume Constant Pressure Heat of Combustion Thermal Energy Thermal Efficiency Refrigeration Questions SUB-MODULE 04 OPTICS Knowledge Requirements The Nature of Light Reflection Refraction Lenses Fiber Optics CABLE CONSTRUCTION Fiber Modes Termination and Splicing Fiber Optic Data Link Questions SUB-MODULE 05 WAVE MOTION AND SOUND Knowledge Requirements Sound Wave Motion Speed of Sound Mach Number Frequency of Sound Loudness Measurement of Sound Intensity Doppler Effect Questions Index