BAG.I PEMODELAN, KOMPUTER, dan ANALISIS GALAT PT 1.: 1 Motivasi, 2. Latar Belakang Matematis, 3 Orientasi. Bab 1 Pemodelan Matematis & Pemecahan Masalah Rekayasa Bab 2 Komputer & Perangkat Lunak Bab 3 Hampiran & Galat Epilog Bagian I: PT 1.4 Imbal Balik (Trade-Off) PT 1.5 Hubungan & Rumus Penting PT 1.6 Metode La…
1 Classification of Equations 2 Transformation of Equations 3 Conditional Equations of First Degree (Linear Conditional Equations) 4 Conditional Equations of Second Degree (Quadratic Equations) 5 Conditional Equations of Third Degree (Cubic Equations) 6 Theorem of GAUSS 7 Regula Falsi (Method to Evaluate Approximate Values as Solutions of an Equation)
Bab I Pendahuluan Bab II Kesalahan Bab III Evaluasi Praktis mengenai Fungsi Bab IV Akar Persamaan Lampiran A: Dasar Pemrograman Fortran untuk Penghitungan Bab V Evaluasi Numerik Integral Bab VI Persamaan Simulat Bab VII Pendekatan Kwadrat Terkecil Bab VIII Persamaan Diferensial Biasa Bab IX Persamaan Diferensial Parsial
Logika dalam ilmu komputer digunakan sebagai dasar untuk belajar bahasa pemrograman, struktur data, kecerdasan buatan, teknik/ sistem digital, basis data, teori komputasi, rekayasa perangkat lunak, sistem pakar, jaringan saraf tiruan, dan lain-lainnya yang mempergunakan logika secara intensif. Banyak hal yang bisa dipetik saat mempelajari buku ini Selain belajar logika, anda juga akan disuguhi…
This is the second in a series of books which deal simply and carefully with the fundamental mathematics essential to technicians. This new edition has been revised and expanded to give clear and comprehensive coverage of the TEC Level 2 Mathematics courses U80/691, 692 and 712 (formerly U75/012, 038 and 039). It is also suitable for students studying the TEC Level 2 courses in Mechanical and P…
SECTION I ALGEBRA and GRAPHS (1-194) : I 1 Evaluation and Transposition of Formulas , 2-21 I 2 Indices & Logarithms , 22-31 I 3 Continued Fractions , 32-43 I 4 Analytical Solution of Quadratic Equations , 44-66 I 5 Straight Line Graphs , 67-77 I 6 Graphical Solution of Equations , 78-101 I 7 Reduction of Equations of the Dorm y=axn to Linear Form , 102-108 I 8 Expone…