Mathematics for Machine Technology

Fifth Edition
Author: Robert D. Smith

Occupations like those of machinists, tool and die makers, pattern makers, drafters, and designers require a fundamental knowledge of general math as well as of more advanced topics like oblique trigonometry, compound angles, and numerical control.

This updated edition of Mathematics for Machine Technology promotes an understanding of all the mathematical concepts necessary for success in the machine trades and manufacturing fields.

The author effectively combines math concepts with the relevant machine applications so that readers fully understand the value of what they are learning. Industry-specific examples, realistic illustrations, and actual applications further enhance the theory-to-application connection.

Features:

• a new additional unit provides coverage of solid geometry and contains complex applied problems to help students in solving industrial applications
• coverage of trigonometry contains additional complex applied problems
• the topic of calculator sequencing has been modernized, with up-to-date instructions on how to use a scientific calculator.
• new problems and examples reinforce the book's method of progressing from the simple to the relatively complex, underscoring its organized approach to learning.
• emphasizes the analytical approach that is necessary in translating engineering drawing dimensions to machine-working dimensions.
• a highly visual format, featuring hundreds of illustrations, brings concepts to life and clearly demonstrates the types of real-world situations students will encounter in industry.

Contents:

Preface.

COMMON FRACTIONS & DECIMAL FRACTIONS: Introduction to Common Fractions & Mixed Numbers. Addition of Common Fractions & Mixed Numbers. Subtraction of Common Fractions & Mixed Numbers. Multiplication of Common Fractions & Mixed Numbers. Division of Common Fractions & Mixed Numbers. Combined Operations of Common Fractions & Mixed Numbers. Introduction to Decimal Fractions. Rounding Decimal Fractions & Equivalent Decimal & Common Fractions. Addition & Subtraction of Decimal Fractions. Multiplication of Decimal Fractions. Division of Decimal Fractions. Powers. Roots. Table of Decimal Equivalents & Combined Operations of Decimal Fractions. Introduction to Electronic Calculations. Achievement Review - Section 1.

LINEAR MEASUREMENT: ENGLISH & METRIC: English & Metric Units of Measure. Degree of Precision & Greatest Possible Error. Tolerance, Clearance, & Interference. English & Metric Steel Rules. English Vernier Calipers & Height Gages. Metric Vernier Calipers & Height Gages. English Micrometers. Metric Micrometers. English & Metric Gage Blocks. Achievement Review - Section 2. FUNDAMENTALS OF ALGEBRA: Symbolism. Signed Numbers. Algebraic Operations of Addition, Subtraction, & Multiplication. Algebraic Operations of Division, Powers, & Roots. Introduction to Equations. Solution of Equations by the Subtraction, Addition, & Division Principles of Equality. Solution of Equations by the Multiplication, Root & Power Principles of Equality. Solution of Equations Consisting of Combined Operations & Rearrangement of Formulas. Ratio & Proportion. Direct & Inverse Proportions. Applications of Formulas to Cutting Speed, Revolutions Per Minute, & Cutting Time. Applications of Formulas to Spur Gears. Achievement Review - Section 3.

FUNDAMENTALS OF PLANE GEOMETRY: Introduction to Geometric Figures. Protractors - Simple & Caliper. Angles. Introduction to Triangles. Geometric Principles for Triangles & Other Common Polygons. Introduction to Circles. Arcs & Angles of Circles. Fundamental Geometric Constructions. Achievement Review - Section 4.

GEOMETRIC FIGURES, AREAS AND VOLUMES: Achievement Review - Section 5

TRIGONOMETRY: Introduction to Trigonometric Functions. Analysis of Trigonometric Functions. Basic Calculations of Angles & Sides of Right Triangles. Simple Practical Machine Applications. The Cartesian Coordinate System. Oblique Triangles: Law of Sines & Law of Cosines. Achievement Review - Section 6.

COMPOUND ANGLES: Introduction to Compound Angles. Drilling & Boring Compound-Angular Holes: Computing Angles of Rotation & Tilt Using Given Lengths. Drilling & Boring Compound-Angular Holes: Computing Angles of Rotation & Tilt Using Given Angles. Machining Compound-Angular Surfaces: Computing Angles of Rotation & Tilt. Computing Compound Angles Made by the Intersection of Two Angular Surfaces. Computing Compound Angles on Cutting & Forming Tools. Achievement Review - Section 7.

COMPUTER NUMERICAL CONTROL: (CNC) Introduction to Computer Numerical Control. Control Systems, Absolute Positioning. Incremental Positioning. Binary Numeration System. Achievement Review - Section 8.

Appendix. Answers to Odd-Numbered Applications.
Index.

512 Pages - 8-1/2 x 11 in.