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Chapter 1 - Definition and Abbreviations for Physical Quantities
Chapter 2 - Units of Physical Quantities
Chapter 3 - System of Units
Chapter 4 - General Mathematical Formulae
4.1 Algebra4.2 Geometry4.3 Trigonometry4.4 Logarithm4.5 Exponents4.6 Complex Numbers
Chapter 5 - Engineering Concepts and Formulae
5.1 Electricity5.2 Applied Mechanics5.2.1 Newton's laws of motion5.2.2 Linear Velocity And Acceleration5.2.3 Force5.2.4 Centripetal (Centrifugal) Force5.2.5 Stress, Strain And Modulus Of Elasticity5.3 Thermodynamics5.3.1 Laws of Thermodynamics5.3.2 Momentum5.3.3 Impulse5.3.4 Elastic and Inelastic collision5.3.5 Center of Mass5.3.6 Angular Motion5.3.7 Conditions of Equilibrium5.3.8 Gravity5.3.9 Vibrations & Waves5.3.10 Standing Waves5.3.11 Beats5.3.12 Temperature and Heat5.3.13 Ideal Gases5.3.14 Elastic Deformation5.3.15 Temperature Scales5.3.16 Sensible Heat Equation5.3.17 Latent Heat5.3.18 Gas Laws5.3.19 Specific Heats Of Gases5.3.20 Efficiency of Heat Engines5.3.21 Heat Transfer by Conduction5.3.22 Thermal Expansion of Solids5.3.23 Chemical Heating Value of a Fuel5.4 Fluid Mechanics5.4.1 Discharge from an Orifice5.4.2 Bernoulli’s Theory5.4.3 Actual pipe dimensions