Applied mathematical & physical formulas: a pocket reference guide for students, mechanical engineers, electrical engineers, manufacturing engineers, maintenance technicians, toolmakers, and machinists
If formulas have always been your nemeses, this book is for you! Thoroughly practical and authoritative, this book brings together, in three parts, thousands of formulas, rules, and figures to simplify, review, or to refresh the user's memory of what he/she studied in school. This desktop reference shows how to solve every kind of math and physics problem you're likely to encounter in school and business, and it explains simply and easily how to find answers fast, learn key formulas and definitions, study quickly and learn more effectively--from fundamental mathematical rules to physical definitions and constants. Presents all formulas, rules, and definitions precisely, simply, and clearly. Covers metric units of measurement, U.S. units of measurement (USCS), tables of equivalents metrics and USCS units. Reviews the fundamentals of algebra, geometry, trigonometry, and analytical geometry. Presents the application of differential equations and integral calculus. Solves problems concerning simple interest, compound interest, effective rate, annuity, amortization of loans, and sinking fund payment. Shows the comparative advantages of binomial distribution, standard distribution, Poisson distribution, and normal distribution. Includes most used definitions and formulas of kinematics, dynamics, statics, mechanics of fluids, thermal variable of state, thermodynamics, electricity and magnetism, light, and basic definition of atomic and nuclear physics. Offers most used fundamentals of physical constants.
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U S UNITS OF MEASUREMENT
Distance between Two Points on the Number Line
232 other sections not shown
acceleration due Alternating Current Analytical Geometry arithmetic sequence axis Basic Integrals called capacitance charge complex number compound constant coordinate defined density Direct Current displacement distance distribution due to gravity electric field electric potential electromagnetic ellipse energy equal exponential function fluid force frequency frequently used formulas friction function Fundamentals of Algebra Fundamentals of Trigonometry geometric geometric sequence given Graphs heat interest intersection Kinematics Laws of Thermodynamics length liquid loga luminous flux luminous intensity magnetic field mass mechanical advantage meter motion Name Symbol Value object Ohm's law parabola parallel circuit period perpendicular plane polynomial potential difference pressure quadratic equation radius ratio real numbers refractive resistance right angle rotation Solid Bodies Solution speed of light square Step straight line surface System of Units temperature triangle Trigonometric Trigonometric Functions Units of Measurement variable vector voltage volume m3 wave wavelength