Core concepts in mathematics : calculus / Diana Dias.
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Item type | Current location | Call number | Status | Date due | Barcode |
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College Annex Library Subject Reference | 515 D54 2024 (Browse shelf) | Available | 3UCBL000028638 |
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511.1 J95 2024 Discrete mathematics with coding / | 515 B18 2023 An introduction to fractional differential equations / | 515 B64 2021 Generalized ordinary differential equations in abstract spaces and applications / edited by Everaldo M. Bonotto, Marcia Federson, Jaqueline G. Mesquita. | 515 D54 2024 Core concepts in mathematics : calculus / | 515 F96 2024 Functional calculus / | 515 R95 2023 Calculus all-in-one for dummies / | 515 St12 2023 Calculus : a modeling and computational thinking approach / |
Includes bibliographical references and index.
Contents: 1 Infinite sequences and series -- 2 Curve sketching -- 3 Indeterminate forms and improper integral -- 4 Differential calculus of several variables -- 5 Situational problems involving related rates -- 6 Circular functions -- 7 Conic sections and systems -- 8 Line integrals -- Index
Calculus is a field of study that focuses on understanding how things change. It provides a frame-work for modeling systems that experience change and allows us to make predictions based on theses models. The development of calculus, particularly its applications in physics and engineering, has had a profound impact on the advancement of modern science. In fact, it played a pivotal role in the industrial revolution and subsequent scientific breakthroughs. No other branch of mathematics boasts such a rich history and cultural significance as calculus.
Adult
Purchased College of Industrial Engineering Industrial Engineering
English
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