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Further Integration (videos, notes, quizzes with correction) - Welcome To Class
Further Integration (videos, notes, quizzes with correction): 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)
: 0:07:38 mins
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4 - BASIC INTEGRATION TECHNIQUES-INTEGRATION BY PARTS
: 0:18:58 mins
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5 - BASIC INTEGRATION TECHNIQUES -SUBSTITUTION METHOD (PART 1)
: 0:07:15 mins
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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)
: 0:17:43 mins
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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
Pls for the solution of thatsir we Iintergrate with respect to dx
The
Correction 1;
The direction vector state is supposed to be
as the teacher corrected at the end
Correction 2:
the component of the force F along the direction of the vector d is given by
Here,
and 
hence
we can find the unit vector of d which is
So the right answer is option D and not option A as choosen.
We are sincerely sorry about that and Thanks for the feedback @Solomon Bless
Have a nice sunday
Please Am the satisfied with the answer of question 47. It seems wrong/error/mistake to me.
Of further mathematics paper 1. 2020
How do I find the moment of inertia
I have paid but haven't gotten any code yet
Is it ok now my der friend???
I have paid already but I haven't got access to the videos pls what is wrong
We are really sorry about that, ur secret code will be sent to u as soon as possible
a very usefull platform but was introduce late to us in our schoool but thanks very much for the teachers who made this video