How to understand Integral Calculus 6. Integration using Reduction Formula
Book Details
Author(s)Peter Martin Jones
ISBN / ASINB0071AY9U4
ISBN-13978B0071AY9U3
Sales Rank1,277,766
MarketplaceUnited States 🇺🇸
Description
This series of booklets is designed to give a thorough grounding in Calculus. A good understanding in this topic is essential for all those people who wish to go on to or are already studying Mathematics and other science subjects like, Physics, Chemistry and Engineering.
Often the fundamental concepts like these are frequently not completely understood leading to confusion and often dissatisfaction and can result in people giving up on the subject altogether.
This is a shame because such confusion can often be attributed to poor teaching or unexplained misconceptions. This series of booklets sets out to explain fully and clearly every step throughout with everything presented in an easy to understand format with dozens of fully worked examples
This booklet is Integration module IN6 in the series and contains the following topics:
Integration using reduction formula
Integration by parts
Integration of products of exponential and algebraic functions
Integration of products of trigonometric and algebraic functions
Integration of logarithmic functions
Integration of higher powers of trigonometric functions
Definite integrals
Indefinite integrals
21 worked solutions
14 pages
Often the fundamental concepts like these are frequently not completely understood leading to confusion and often dissatisfaction and can result in people giving up on the subject altogether.
This is a shame because such confusion can often be attributed to poor teaching or unexplained misconceptions. This series of booklets sets out to explain fully and clearly every step throughout with everything presented in an easy to understand format with dozens of fully worked examples
This booklet is Integration module IN6 in the series and contains the following topics:
Integration using reduction formula
Integration by parts
Integration of products of exponential and algebraic functions
Integration of products of trigonometric and algebraic functions
Integration of logarithmic functions
Integration of higher powers of trigonometric functions
Definite integrals
Indefinite integrals
21 worked solutions
14 pages


