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FURTHER INTEGRATION: Introduction Topics
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1 - Welcome To Class
: 0:03:44 mins
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2 - Presentation of Objectives
: 0:05:36 mins
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1 - Presentation of Objectives
: 0:05:36 mins
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2 - INTRODUCTION AND RECALLS OF BASIC INTEGRALS
: 0:19:41 mins
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3 - 3-BASIC INTEGRALS (PART2)
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4 - BASIC INTEGRATION TECHNIQUES-INTEGRATION BY PARTS
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5 - BASIC INTEGRATION TECHNIQUES -SUBSTITUTION METHOD (PART 1)
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6 - BASIC INTEGRATION TECHNIQUES- SUBSTITUTION METHOD (PART2)
: 0:05:51 mins
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7 - GCE TYPE QUESTIONS (JUNE 2020 QUESTION 3)
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8 - GCE TYPE QUESTIONS (JUNE 2018 QUESTION 4)
: 0:11:40 mins
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9 - GCE TYPE QUESTIONS (JUNE 2018 QUESTION 4 part 2)
: 0:13:47 mins
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Introduction
Lessons: Further Integration
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Instructors
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MECHANICAL ENGINEER
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public works Yaoundé
CONTINUATION
CONTINUATION
CONTINAUTION
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CONTINUATION
CONTINUATION
CORRECTION FURTHER PURE MATHS 2021 MARCH NORTH WEST REGIONAL MOCK
Hello guys. Greetings and hope your doing great.
Question:
Show that^{(n-1)}dx "I_m,n=\int_{0}^{1}(1-x^m)^{(n-1)}dx")
thenI_m,n=mnI_{m,n-1} "(mn+1)I_m,n=mnI_{m,n-1}")
Find also the value of