Sketching Cubic Functions and Optimisation
Once you can differentiate, you use the derivative: equations of tangents (and normals), stationary points, optimisation in technical contexts, rates of change including motion, and sketching…
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What will I learn in "Sketching Cubic Functions and Optimisation"?
This section covers Sketching Cubic Functions and Optimisation as part of Differential Calculus in Grade 12 Technical Mathematics. You'll find clear explanations, worked examples, and key definitions aligned to the CAPS curriculum.
Is this section aligned with the CAPS curriculum?
Yes. All notes on Hlayiso, including "Sketching Cubic Functions and Optimisation", are written against the official CAPS curriculum and ATP for Grade 12 Technical Mathematics.
What should I study after "Sketching Cubic Functions and Optimisation"?
Continue with the next section in Differential Calculus, or test your understanding with the interactive quiz linked to this section.
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