About this lesson
This is another video in the Mathematical Methods (Year 11 VCE) course looking at Calculus. Having spent a lot of time looking at how to differentiate and what it means to differentiate, we now look at the reverse process. I look at the rule for integration (antidifferentiation) and how we can take account of the constant. I show what it means to be a general antiderivative and how we can find specific functions when given a gradient function and a coordinate. There are lots of worked examples and the theory is explained in an easy to understand way.
Lesson chapters
- Welcome
- Learning objectives
- Recap of past learning
- Differentiating the constant
- Why are the gradient functions the same?
- Meeting the general form for the first time
- Antidifferentiation / Integration Introduction
- How to Antidifferentiate (Integrate): The rule
- Examples of finding general antiderivatives
- Examples where a coordinate is given.
- Finding the value of the constant
- More examples
- Using the CAS to integrate/antidifferentiate
- Final words and summary
Legal (VCAA)
VCE Maths exam question content used by permission, ©VCAA. The VCAA is not affiliated with, and does not endorse, this video resource. VCE® is a registered trademark of the VCAA. Past VCE exams and related content can be accessed at www.vcaa.vic.edu.au
Video details
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Title
Antidifferentiation of Polynomial Functions
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Section
Differentiation and antidifferentiation of polynomials
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Course
Mathematical Methods: Units 1 and 2
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