4 13/16 X 7 5/16 in Chapter 1: Engineering Mathematics
1.1 The Greek alphabet
1.2 Mathematical symbols
1.3 U nits: SI
1.3.1 Basic and supplementary units
1 .3.2 Derived units
1.3.3 Units: not SI
1.3.4 N otes on writing symbols
1.3.5 Decimal multiples of units
1.4 Conversion factors for units
1.4.1 FPS to SI units
1.4.2 SI to FPS units
1.5 Preferred num bers
1.6 Mensuration
1.6.1 Plane figures
1.6.2 Solid objects
1.7 Powers, roots and reciproca ls
1.8 Progressions
1.8.1 Arithmetic progressi ons
1.8.2 Geometric progressions
1.8.3 Harmoni c progressions
1.9 Trigonometric formulae
1.9. 1 Basic definitions
1.9.2 Identities
1.9.3 Com pound and double angle formulae
1.9.4 Product and sum for mulae
1.9.5 Triangle formulae
1.10 Circles: so me definitions and properties
1.10.1 Circles: areas and cir
1.1 The Greek alphabet
1.2 Mathematical symbols
1.3 U nits: SI
1.3.1 Basic and supplementary units
1 .3.2 Derived units
1.3.3 Units: not SI
1.3.4 N otes on writing symbols
1.3.5 Decimal multiples of units
1.4 Conversion factors for units
1.4.1 FPS to SI units
1.4.2 SI to FPS units
1.5 Preferred num bers
1.6 Mensuration
1.6.1 Plane figures
1.6.2 Solid objects
1.7 Powers, roots and reciproca ls
1.8 Progressions
1.8.1 Arithmetic progressi ons
1.8.2 Geometric progressions
1.8.3 Harmoni c progressions
1.9 Trigonometric formulae
1.9. 1 Basic definitions
1.9.2 Identities
1.9.3 Com pound and double angle formulae
1.9.4 Product and sum for mulae
1.9.5 Triangle formulae
1.10 Circles: so me definitions and properties
1.10.1 Circles: areas and cir
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