Introductory calculus : : maxima, minima, and special functions / / Tunc Geveci.

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Place / Publishing House:New York, [New York] (222 East 46th Street, New York, NY 10017) : : Momentum Press,, 2015.
Year of Publication:2015
Language:English
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Physical Description:1 online resource (216 pages) :; illustrations.
Notes:
  • Co-published with Cognella Academic Publishing.
  • Includes index.
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id 5004389019
ctrlnum (MiAaPQ)5004389019
(Au-PeEL)EBL4389019
(CaPaEBR)ebr11152406
(CaONFJC)MIL832651
(OCoLC)939262276
collection bib_alma
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spelling Geveci, Tunc., author.
Introductory calculus : maxima, minima, and special functions / Tunc Geveci.
New York, [New York] (222 East 46th Street, New York, NY 10017) : Momentum Press, 2015.
1 online resource (216 pages) : illustrations.
text rdacontent
computer rdamedia
online resource rdacarrier
Co-published with Cognella Academic Publishing.
Includes index.
1. Increasing and decreasing functions and extrema -- Some terminology -- The derivative test for monotonicity and extrema -- The proof of Fermat's theorem --
2. Understanding the mean value theorem -- Rolle's theorem and the mean value theorem --
3. Determining concavity and extrema -- The second derivative and extrema -- The proof of the second derivative test for local extrema --
4. Drawing the graph of a function --
5. Using maxima and minima in real applications -- Optimization -- Applications to economics --
6. The importance of inverse functions -- Inverse trigonometric functions --
7. Using the derivative of an inverse function -- The general expression -- The derivatives of inverse trigonometric functions -- The proof of theorem 1 (optional) --
8. Applying the natural exponential function and the natural logarithm -- The natural logarithm --
9. Exponential functions with arbitrary bases -- Logarithmic functions with arbitrary bases -- Arbitrary powers of x --
10. Orders of magnitude in exponential functions -- Logarithmic growth -- The natural exponential function as a limit of polynomials --
11. Using exponential functions in growth and decay rates -- The solution of the differential equation y = ky -- Compound interest --
12. Introduction to hyperbolic and inverse -- Hyperbolic functions -- Inverse hyperbolic functions --
13. Using L'Hopital's rule for indeterminate forms -- The indeterminate form 0/0 -- The indeterminate form [infinity] / [infinity] -- The indeterminate form 0 / [infinity] -- The indeterminate forms 1[infinity], [infinity]0 and 00 -- The indeterminate form [infinity] - [infinity] --
Index.
Restricted to libraries which purchase an unrestricted PDF download via an IP.
Title from PDF title page (viewed on December 9, 2015).
Calculus.
Maxima and minima.
Functions, Special.
Libros electronicos.
https://ebookcentral.proquest.com/lib/oeawat/detail.action?docID=4389019 Click to View
language English
format eBook
author Geveci, Tunc.,
spellingShingle Geveci, Tunc.,
Introductory calculus : maxima, minima, and special functions /
1. Increasing and decreasing functions and extrema -- Some terminology -- The derivative test for monotonicity and extrema -- The proof of Fermat's theorem --
2. Understanding the mean value theorem -- Rolle's theorem and the mean value theorem --
3. Determining concavity and extrema -- The second derivative and extrema -- The proof of the second derivative test for local extrema --
4. Drawing the graph of a function --
5. Using maxima and minima in real applications -- Optimization -- Applications to economics --
6. The importance of inverse functions -- Inverse trigonometric functions --
7. Using the derivative of an inverse function -- The general expression -- The derivatives of inverse trigonometric functions -- The proof of theorem 1 (optional) --
8. Applying the natural exponential function and the natural logarithm -- The natural logarithm --
9. Exponential functions with arbitrary bases -- Logarithmic functions with arbitrary bases -- Arbitrary powers of x --
10. Orders of magnitude in exponential functions -- Logarithmic growth -- The natural exponential function as a limit of polynomials --
11. Using exponential functions in growth and decay rates -- The solution of the differential equation y = ky -- Compound interest --
12. Introduction to hyperbolic and inverse -- Hyperbolic functions -- Inverse hyperbolic functions --
13. Using L'Hopital's rule for indeterminate forms -- The indeterminate form 0/0 -- The indeterminate form [infinity] / [infinity] -- The indeterminate form 0 / [infinity] -- The indeterminate forms 1[infinity], [infinity]0 and 00 -- The indeterminate form [infinity] - [infinity] --
Index.
author_facet Geveci, Tunc.,
author_variant t g tg
author_role VerfasserIn
author_sort Geveci, Tunc.,
title Introductory calculus : maxima, minima, and special functions /
title_sub maxima, minima, and special functions /
title_full Introductory calculus : maxima, minima, and special functions / Tunc Geveci.
title_fullStr Introductory calculus : maxima, minima, and special functions / Tunc Geveci.
title_full_unstemmed Introductory calculus : maxima, minima, and special functions / Tunc Geveci.
title_auth Introductory calculus : maxima, minima, and special functions /
title_new Introductory calculus :
title_sort introductory calculus : maxima, minima, and special functions /
publisher Momentum Press,
publishDate 2015
physical 1 online resource (216 pages) : illustrations.
contents 1. Increasing and decreasing functions and extrema -- Some terminology -- The derivative test for monotonicity and extrema -- The proof of Fermat's theorem --
2. Understanding the mean value theorem -- Rolle's theorem and the mean value theorem --
3. Determining concavity and extrema -- The second derivative and extrema -- The proof of the second derivative test for local extrema --
4. Drawing the graph of a function --
5. Using maxima and minima in real applications -- Optimization -- Applications to economics --
6. The importance of inverse functions -- Inverse trigonometric functions --
7. Using the derivative of an inverse function -- The general expression -- The derivatives of inverse trigonometric functions -- The proof of theorem 1 (optional) --
8. Applying the natural exponential function and the natural logarithm -- The natural logarithm --
9. Exponential functions with arbitrary bases -- Logarithmic functions with arbitrary bases -- Arbitrary powers of x --
10. Orders of magnitude in exponential functions -- Logarithmic growth -- The natural exponential function as a limit of polynomials --
11. Using exponential functions in growth and decay rates -- The solution of the differential equation y = ky -- Compound interest --
12. Introduction to hyperbolic and inverse -- Hyperbolic functions -- Inverse hyperbolic functions --
13. Using L'Hopital's rule for indeterminate forms -- The indeterminate form 0/0 -- The indeterminate form [infinity] / [infinity] -- The indeterminate form 0 / [infinity] -- The indeterminate forms 1[infinity], [infinity]0 and 00 -- The indeterminate form [infinity] - [infinity] --
Index.
isbn 9781606508541
callnumber-first Q - Science
callnumber-subject QA - Mathematics
callnumber-label QA300
callnumber-sort QA 3300 G485 42015
genre Libros electronicos.
genre_facet Libros electronicos.
url https://ebookcentral.proquest.com/lib/oeawat/detail.action?docID=4389019
illustrated Illustrated
dewey-hundreds 500 - Science
dewey-tens 510 - Mathematics
dewey-ones 515 - Analysis
dewey-full 515
dewey-sort 3515
dewey-raw 515
dewey-search 515
oclc_num 939262276
work_keys_str_mv AT gevecitunc introductorycalculusmaximaminimaandspecialfunctions
status_str n
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is_hierarchy_title Introductory calculus : maxima, minima, and special functions /
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