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A large number of examples is included, with hints for the solution of many of them. These will be of particular value to students working on their own.
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A large number of examples is included, with hints for the solution of many of them. These will be of particular value to students working on their own.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 296
- Erscheinungstermin: 27. September 2008
- Englisch
- Abmessung: 216mm x 140mm x 18mm
- Gewicht: 420g
- ISBN-13: 9780521098687
- ISBN-10: 0521098688
- Artikelnr.: 25686485
- Verlag: Cambridge University Press
- Seitenzahl: 296
- Erscheinungstermin: 27. September 2008
- Englisch
- Abmessung: 216mm x 140mm x 18mm
- Gewicht: 420g
- ISBN-13: 9780521098687
- ISBN-10: 0521098688
- Artikelnr.: 25686485
Preface
Notation and Conventions
Preliminaries
1. Enumerability and sequences
2. Bounds for sets of numbers
3. Bounds for functions and sequences
4. Limits of the sequences
5. Monotonic sequences
two important examples
irrational powers of positive real numbers
6. Upper and lower limits of real sequences: the general principle of convergence
7. Convergence of series
absolute convergence
8. Conditional convergence
9. Rearrangement and multiplication of absolutely convergent series
10. Double series
11. Power series
12. Point set theory
13. The Bolzano-Weierstrass, Cantor and Heine-Borel theorems
14. Functions defined over real or complex numbers
15. Functions of a single real variable
limits and continuity
16. Monotonic functions
functions of bounded variation
17. Differentiation
mean-value theorems
18. The nth mean-value theorem: Taylor's theorem
19. Convex and concave functions
20. The elementary transcendental functions
21. Inequalities
22 The Riemann integral
23. Integration and differentiation
24. The Riemann-Stiltjes integral
25. Improper integrals
convergence of integrals
26. Further tests for the convergence of series
27. Uniform convergence
28. Functions of two real variables. Continuity and differentiability
Hints on the solution of exercises and answers to exercises
Appendix
Index.
Notation and Conventions
Preliminaries
1. Enumerability and sequences
2. Bounds for sets of numbers
3. Bounds for functions and sequences
4. Limits of the sequences
5. Monotonic sequences
two important examples
irrational powers of positive real numbers
6. Upper and lower limits of real sequences: the general principle of convergence
7. Convergence of series
absolute convergence
8. Conditional convergence
9. Rearrangement and multiplication of absolutely convergent series
10. Double series
11. Power series
12. Point set theory
13. The Bolzano-Weierstrass, Cantor and Heine-Borel theorems
14. Functions defined over real or complex numbers
15. Functions of a single real variable
limits and continuity
16. Monotonic functions
functions of bounded variation
17. Differentiation
mean-value theorems
18. The nth mean-value theorem: Taylor's theorem
19. Convex and concave functions
20. The elementary transcendental functions
21. Inequalities
22 The Riemann integral
23. Integration and differentiation
24. The Riemann-Stiltjes integral
25. Improper integrals
convergence of integrals
26. Further tests for the convergence of series
27. Uniform convergence
28. Functions of two real variables. Continuity and differentiability
Hints on the solution of exercises and answers to exercises
Appendix
Index.
Preface
Notation and Conventions
Preliminaries
1. Enumerability and sequences
2. Bounds for sets of numbers
3. Bounds for functions and sequences
4. Limits of the sequences
5. Monotonic sequences
two important examples
irrational powers of positive real numbers
6. Upper and lower limits of real sequences: the general principle of convergence
7. Convergence of series
absolute convergence
8. Conditional convergence
9. Rearrangement and multiplication of absolutely convergent series
10. Double series
11. Power series
12. Point set theory
13. The Bolzano-Weierstrass, Cantor and Heine-Borel theorems
14. Functions defined over real or complex numbers
15. Functions of a single real variable
limits and continuity
16. Monotonic functions
functions of bounded variation
17. Differentiation
mean-value theorems
18. The nth mean-value theorem: Taylor's theorem
19. Convex and concave functions
20. The elementary transcendental functions
21. Inequalities
22 The Riemann integral
23. Integration and differentiation
24. The Riemann-Stiltjes integral
25. Improper integrals
convergence of integrals
26. Further tests for the convergence of series
27. Uniform convergence
28. Functions of two real variables. Continuity and differentiability
Hints on the solution of exercises and answers to exercises
Appendix
Index.
Notation and Conventions
Preliminaries
1. Enumerability and sequences
2. Bounds for sets of numbers
3. Bounds for functions and sequences
4. Limits of the sequences
5. Monotonic sequences
two important examples
irrational powers of positive real numbers
6. Upper and lower limits of real sequences: the general principle of convergence
7. Convergence of series
absolute convergence
8. Conditional convergence
9. Rearrangement and multiplication of absolutely convergent series
10. Double series
11. Power series
12. Point set theory
13. The Bolzano-Weierstrass, Cantor and Heine-Borel theorems
14. Functions defined over real or complex numbers
15. Functions of a single real variable
limits and continuity
16. Monotonic functions
functions of bounded variation
17. Differentiation
mean-value theorems
18. The nth mean-value theorem: Taylor's theorem
19. Convex and concave functions
20. The elementary transcendental functions
21. Inequalities
22 The Riemann integral
23. Integration and differentiation
24. The Riemann-Stiltjes integral
25. Improper integrals
convergence of integrals
26. Further tests for the convergence of series
27. Uniform convergence
28. Functions of two real variables. Continuity and differentiability
Hints on the solution of exercises and answers to exercises
Appendix
Index.