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ویرایش: 5th New
نویسندگان: Anthony Croft / Robert Davison
سری:
ISBN (شابک) : 1292253649, 9781292253640
ناشر: PEARSON
سال نشر: 2019
تعداد صفحات: 1285
زبان: English
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود)
حجم فایل: 88 مگابایت
در صورت تبدیل فایل کتاب Mathematics for Engineers به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
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آیا به دنبال کتابی با دسترسی به MyLabMath Global این محصول به تنهایی کتاب است و با دسترسی به MyLabMath Global همراه نیست. در صورت نیاز به دسترسی به MyLab، 5e توسط Croft با کارت دسترسی جهانی MyLabMaths 5e (ISBN 9781292267685) را بخرید و در این منبع عالی صرفه جویی کنید. درک مفاهیم کلیدی ریاضی و بکارگیری موفقیت آمیز آنها برای حل مسائل، مهارت های حیاتی است که همه دانشجویان مهندسی باید آن را کسب کنند. ریاضیات برای مهندسان این مهارت ها را آموزش می دهد، توسعه می دهد و پرورش می دهد. عملی، غیررسمی و در دسترس، با مبانی شروع میشود و به تدریج بر این دانش بنا میشود، زیرا مفاهیم پیچیدهتری را معرفی میکند تا همه الزامات دوره ریاضیات مهندسی سال اول را به همراه مطالب مقدماتی برای موضوعات پیشرفتهتر پوشش دهد. نیاز به پشتیبانی اضافی این محصول به تنهایی کتاب است و به MyMathLab Global دسترسی ندارد. این عنوان میتواند توسط MyMathLab Global پشتیبانی شود، یک سیستم آموزشی و تکالیف آنلاین که میتواند توسط دانشآموزان برای مطالعه خودگردان استفاده شود یا به طور کامل در یک دوره آموزشی ادغام شود. میتوانید با خرید بستهای حاوی نسخهای از کتاب و کارت دسترسی برای MyMathLab Global: Mathematics for Engineers با کارت دسترسی جهانی MyMathLab 5e (ISBN 9781292267685) از MyMathLab Global با قیمتی کمتر بهره مند شوید. برای دسترسی معلمان، با مدیر حساب پیرسون خود تماس بگیرید. برای اینکه بدانید مدیر حساب شما کیست، به www.pearsoned.co.uk/replocator مراجعه کنید
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Front Cover Half Title Page Title Page Copyright Page Dedication Page Brief contents Contents Publisher’s acknowledgements Preface Using mathematical software packages 1 Arithmetic Block 1 Operations on numbers Block 2 Prime numbers and prime factorisation End of chapter exercises 2 Fractions Block 1 Introducing fractions Block 2 Operations on fractions End of chapter exercises 3 Decimal numbers Block 1 Introduction to decimal numbers Block 2 Significant figures End of chapter exercises 4 Percentage and ratio Block 1 Percentage Block 2 Ratio End of chapter exercises 5 Basic algebra Block 1 Mathematical notation and symbols Block 2 Indices Block 3 Simplification by collecting like terms Block 4 Removing brackets Block 5 Factorisation Block 6 Arithmetic of algebraic fractions Block 7 Formulae and transposition End of chapter exercises 6 Functions and mathematical models Block 1 Basic concepts of functions Block 2 The graph of a function Block 3 Composition of functions Block 4 One-to-one functions and inverse functions Block 5 Parametric representation of a function Block 6 Describing functions Block 7 The straight line Block 8 Common engineering functions Block 9 The equation of a circle End of chapter exercises 7 Polynomial equations, inequalities, partial fractions and proportionality Block 1 Solving linear equations Block 2 Solving quadratic equations Block 3 Factorising polynomial expressions and solving polynomial equations Block 4 Solving simultaneous equations Block 5 Solution of inequalities Block 6 Partial fractions Block 7 Proportionality End of chapter exercises 8 Logarithms and exponentials Block 1 The exponential function Block 2 Logarithms and their laws Block 3 Solving equations involving logarithms and exponentials Block 4 Applications of logarithms End of chapter exercises 9 Trigonometry Block 1 Angles Block 2 The trigonometrical ratios Block 3 The trigonometrical ratios in all quadrants Block 4 Trigonometrical functions and their graphs Block 5 Trigonometrical identities Block 6 Trigonometrical equations Block 7 Engineering waves End of chapter exercises 10 Further trigonometry Block 1 Pythagoras’s theorem and the solution of right-angled triangles Block 2 Solving triangles using the sine rule Block 3 Solving triangles using the cosine rule Block 4 Surveying Block 5 Resolution and resultant of forces End of chapter exercises 11 Complex numbers Block 1 Arithmetic of complex numbers Block 2 The Argand diagram and polar form of a complex number Block 3 The exponential form of a complex number Block 4 De Moivre’s theorem Block 5 Solving equations and finding roots of complex numbers Block 6 Phasors End of chapter exercises 12 Matrices and determinants Block 1 Introduction to matrices Block 2 Multiplication of matrices Block 3 Determinants Block 4 The inverse of a matrix Block 5 Computer graphics End of chapter exercises 13 Using matrices and determinants to solve equations Block 1 Cramer’s rule Block 2 Using the inverse matrix to solve simultaneous equations Block 3 Gaussian elimination Block 4 Eigenvalues and eigenvectors Block 5 Iterative techniques Block 6 Electrical networks End of chapter exercises 14 Vectors Block 1 Basic concepts of vectors Block 2 Cartesian components of vectors Block 3 The scalar product, or dot product Block 4 The vector product, or cross product Block 5 The vector equation of a line and a plane End of chapter exercises 15 Differentiation Block 1 Interpretation of a derivative Block 2 Using a table of derivatives Block 3 Higher derivatives End of chapter exercises 16 Techniques and applications of differentiation Block 1 The product rule and the quotient rule Block 2 The chain rule Block 3 Implicit differentiation Block 4 Parametric differentiation Block 5 Logarithmic differentiation Block 6 Tangents and normals Block 7 Maximum and minimum values of a function End of chapter exercises 17 Integration Block 1 Integration as differentiation in reverse Block 2 Definite integrals Block 3 The area bounded by a curve Block 4 Computational approaches to integration Block 5 Integration by parts Block 6 Integration by substitution Block 7 Integration using partial fractions Block 8 Integration of trigonometrical functions End of chapter exercises 18 Applications of integration Block 1 Integration as the limit of a sum Block 2 Volumes of revolution Block 3 Calculating centres of mass Block 4 Moment of inertia Block 5 The length of a curve and the area of a surface of revolution Block 6 The mean value and root-mean-square value of a function End of chapter exercises 19 Sequences and series Block 1 Sequences and series Block 2 Sums of whole numbers, their squares and cubes Block 3 Pascal’s triangle and the binomial theorem Block 4 Taylor, Maclaurin and other series End of chapter exercises 20 Differential equations Block 1 Basic concepts of differential equations Block 2 Separation of variables Block 3 Solving first-order linear equations using an integrating factor Block 4 Computational approaches to differential equations Block 5 Second-order linear constant-coefficient equations I Block 6 Second-order linear constant-coefficient equations II End of chapter exercises 21 Functions of more than one variable and partial differentiation Block 1 Functions of two independent variables, and their graphs Block 2 Partial differentiation Block 3 Higher-order derivatives Block 4 Partial differential equations Block 5 Stationary values of a function of two variables End of chapter exercises 22 The Laplace transform Block 1 The Laplace transform Block 2 The inverse Laplace transform Block 3 Solving differential equations using the Laplace transform End of chapter exercises 23 Statistics and probability Block 1 Data Block 2 Data averages Block 3 Variation of data Block 4 Elementary probability Block 5 Laws of probability Block 6 Probability distributions Block 7 The binomial distribution Block 8 The Poisson distribution Block 9 The normal distribution End of chapter exercises 24 An introduction to Fourier series and the Fourier transform Block 1 Periodic waveforms and their Fourier representation Block 2 Introducing the Fourier transform End of chapter exercises Typical examination papers Appendix 1: SI units and prefixes Index Back Cover