Fundamentals of Engineering Examination Review 2001-2002

Fundamentals of Engineering Examination Review 2001-2002

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Now published on an annual basis for the closed-book EIT/FE exam, this volume has been thoroughly revised to provide an up-to-date, systematic review of the fundamentals of engineering, with each chapter written by an expert in the field. The introduction describes the exam, its structure, exam day strategies, exam scoring and passing rate statistics. The exam topics covered are: mathematics, statics, dynamics, mechanics of materials, fluid mechanics, thermodynamics, electrical circuits, materials engineering, chemistry, computers, ethics, and engineering economy. The topics carefully match the structure of the closed-book exam and the notation of the problems to illustrate the technical presentation. Multiple-choice practice problems with detailed solutions are included at the end of each chapter. A complete 8-hour EIT/FE sample exam is provided with 120 multiple-choice morning problems and 60 multiple-choice general afternoon problems. Following the sample exam, complete step-by-step solutions are given. The text is divided 60 per cent written and 40 per cent problems and solutions.
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Product details

  • Paperback | 792 pages
  • 148.6 x 214.1 x 18.5mm | 358.34g
  • OUP Australia and New Zealand
  • Melbourne, Australia
  • Revised
  • Revised edition
  • 125 line illustrations
  • 0195148967
  • 9780195148961

Table of contents

Preface. Chapter 1. Introduction. Becoming a Professional Engineer. Fundamentals of Engineering/Engineer-In-Training Examination. Chapter 2. Precalculus and Analytic Geometry. Albegra. Complex Quantities. Trigonometry. Geometry and Geometric Properties. Plane Analytic Geometry. Vectors. Linear Algebra. Chapter 3. Calculus and Differential Equations. Differential Calculus. Integral Calculus. Differential Equations. Equations of First Order and First Degree. Second Order Differential Equations. Chapter 4. Computers. Introduction. Spreadsheets. Numerical Methods. Numerical Integration. Numerical Solutions of Differential Equations. Packaged Programs. Glossary of Computer Terms. Chapter 5. Probability and Statistics. Sets and Set Operations. Counting Sets. Probability. Random Variables. Statistical Treatment of Data. Standard Distribution Functions. Chapter 6. Ethics. NCEES Model Rules of Professional Conduct. Chapter 7. Statics. Introductory Concepts in Mechanics. Vector Geometry and Algebra. Force Systems. Equilibrium. Trusses. Couple-Supporting Members. Systems with Friction. Distributed Forces. Chapter 8. Dynamics. Kinematics of a Particle. Rigid Body Kinematics. Newton's Laws of Motion. Work and Kinetic Energy. Kinetics of Rigid Bodies. Chapter 9. Mechanics of Materials. Axially-Loaded Members. Thin-Walled Cylinder. General State of Stress. Plane Stress. Strain. Hooke's Law. Torsion. Beams. Combined Stress. Columns. Chapter 10. Fluid Mechanics. Fluid Properties. Fluid Statics. The Flow of Incompressible Fluids. Forces Attributable to Change in Momentum. Velocity and Flow Measuring Devices. Similarity and Dimensionless Numbers. Incompressible Flow of Gases. Chapter 11. Thermodynamics. First Law of Thermodynamics. Properties of Pure Substances. Ideal Gases. Processes. The Second Law of Thermodynamics. Entropy. Cycles. Miscellaneous. Chapter 12. Electrical Circuits. Electrical Quantities and Definitions. DC Circuits and Resistance. AC Circuits. Electronic Circuits. Transformers. Chapter 13. Materials Engineering. Atomic Order in Engineering Materials. Atomic Disorder in Solids. Microstructures of Solid Materials. Electromagnetic Behavior in Solids. Materials Processing. Materials in Service. Composites. Chapter 14. Chemistry. States of Matter. Periodicity. Nomenclature. Equations. Stoichiometry. Oxidation and Reduction. Electrochemistry. Acids and Bases. Metals and Nonmetals. Equilibrium. Solutions. Kinetics. Organic Chemistry. Selected Symbols and Abbreviations. Problems and Solutions. Chapter 15. Engineering Economics. Cash Flow. Time Value of Money. Equivalence. Compound Interest. Nominal and Effective Interest. Solving Engineering Economics Problems. Present Worth. Future Worth or Value. Annual Cost. Rate of Return Analysis. Benefit-Cost Analysis. Breakeven Analysis. Bonds. Payback Period. Valuation and Depreciation. Inflation. Reference. Problems and Solutions. Compound Interest Tables. Appendix: Sample Examination. Sample Examination Problems AM. Sample Examination Problems AM. Sample Examination Problems PM. Sample Examination Problems PM. Index
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