➢➢ find the derivatives of some selected functions over intervals. ➢➢ apply the sum, difference, product and quotient rule of differentiation of functions. |
The Study Guide covers those topics, skills and concepts that are located in. Grade 12, that are critical to lay the foundation for Grade 12. The main aim is to ... |
: Selected Questions on Differential Calculus. JENN TRAINING GRADE 12 DIFFERENTIAL CALCULUS: TEACHER/LEARNER. 2. CONTENTS. PAGE. SECTION 1: First Principles. |
When we form the equation that must be differentiated we must always express it in terms of one unknown (usually x). Area = length × breadth (this is knowledge ... |
To calculate the derivative of a function f, we use the same formula for finding the gradient of a curve, or the instantaneous rate of change. This is a method ... |
➢➢ solve simple problems in which the studied theorems, formulae and procedures of differential calculus are applied. ... Page 12. Mathematics Grade 12. 172. |
DIFFERENTIAL CALCULUS. 35±3 marks. PROBABILITY. 15±3 marks. Page 3. WTS ... ✓ GRADE 12. : SUNDAYS. ✓ GRADE 10 & 11. : SATURDAYS. WEEKDAYS: PRIVATE CLASSES. |
This document provides an overview of the key topics and approach covered in a guide to teaching differential calculus. |
To find the stationary points of a function we differentiate, set the derivative equal to zero and solve the equation. Example Find the stationary points of the ... |
Differential Calculus Paper 1 SYLLABUS. Functions and Calculus. Page 4 ... 𝑑𝑥2 = −6𝑥 + 12 [𝑦 coordinate is calculated from original equation]. 𝑑2𝑦. |
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