You will learn how to:
- obtain expressions for \frac { { d }^{ 2 }y }{ { dx }^{ 2 } } in cases where the relation between x and y is defined both implicitly and parametrically
- differentiate hyperbolic functions, inverse hyperbolic functions and inverse trigonometric functions
- derive and use the first few terms of Maclaurin’s series for a function.
Textbook:
Cambridge International AS and A-Level Further Mathematics by McKelvey L., & Crozier M. (Download eBook)
Other Resources:
List of formulae and Statistical Tables (List MF19) [Download]
Technical Guide:
Take note of the following…
1. Most videos are hosted on Youtube. For the best learning experience, follow the guidelines on this page “Tech Guide for students“.
2. Lessons are in succession. Thus, Lesson 1 must be completed before you can have access to Lesson 2, Lesson 2 must be completed before Lesson 3, etc. When you finish a lesson, you must click on the “Mark Complete” button at the bottom of the page.
Course Instructor
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Intro
Implicit functions
Parametric equations
Differentiating Hyperbolic & Inverse functions
Maclaurin series
Summary:
Founder of Techo Academy.
Mathematics and Further Mathematics instructor.
Doctor of Business Administration (DBA).
Master of Education (MEd) in Instructional Technology (Ongoing).
Master of Business Administration (MBA).
B.S. in physics.
Mathematics and Further Mathematics instructor.
Doctor of Business Administration (DBA).
Master of Education (MEd) in Instructional Technology (Ongoing).
Master of Business Administration (MBA).
B.S. in physics.
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