Introductory Calculus
1st Edition
0074703048
·
9780074703045
© 1996 | Published: August 8, 1996
Introductory Calculus is print only. This text has been written in accordance with both the TAFE national engineering curriculum and the national mathematics curriculum. In particular, the text focuses on the engineering module: Calculus (EA001) and…
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1. Gradients and their physical significance
2. Differentiation
3. Differentials
4. Differentiation of Trigonometrical functions, Logarithmic functions and Exponential functions
5. Related
6. Curve sketching Maximum and minimum value
7. Equations for tangents and normal
8. Newtons method
9. Rectilinear motion
10. Integration
11. Applications of integration
12. Integration of Trigonometrical functions, Exponential functions and Functions of the form
13. The definite integral and areas
14. Practical applications of the definite integral
15. Simpsons rule
2. Differentiation
3. Differentials
4. Differentiation of Trigonometrical functions, Logarithmic functions and Exponential functions
5. Related
6. Curve sketching Maximum and minimum value
7. Equations for tangents and normal
8. Newtons method
9. Rectilinear motion
10. Integration
11. Applications of integration
12. Integration of Trigonometrical functions, Exponential functions and Functions of the form
13. The definite integral and areas
14. Practical applications of the definite integral
15. Simpsons rule
Introductory Calculus is print only. This text has been written in accordance with both the TAFE national engineering curriculum and the national mathematics curriculum. In particular, the text focuses on the engineering module: Calculus (EA001) and mathematics modules: Introduction to Calculus (AAB135) and Calculus of Trigonometrical Functions (AAB136). The readable style of the text and the authors' ability to explain key concepts clearly and simply, makes Introductory Calculus an essential learning tool for a first course in calculus.