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Differential calculus

This comprehensive document delves into the fundamental concepts and principles of calculus, providing a detailed exploration of the subject's core topics. With clear explanations and concise examples, it covers: - Limits and continuity - Derivatives and differentiation rules - Applications of...

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  • May 22, 2024
  • 59
  • 2023/2024
  • Class notes
  • Dr maregere
  • Class 1
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CHAPTER 02: Differential Calculus


Ms A. Maphiri
B. Maregere

University Of Venda
MAT 1143/1543

First Semester 2024


azwindini.maphiri@univen.ac.za
bothwell.maregere@univen.ac.za


, Topic: Differential Calculus



Objectives:
✠ Introduces a technique called differentiation for calculating
the gradient of a curve at any point
✠ Introduces some rules for finding gradient functions
✠ Explains what is meant by the terms ”first derivative” and
”second derivative”
✠ explains the terms ”maximum” and ”minimum” when
applied to functions
✠ Applies the technique of differentiation to locating
maximum and minimum values of a function





, Overview of Differential Calculus




⋇ Differential calculus along with Integral calculus are the
two branches of Calculus, the study of continuous change
or a rate of change of a function.
⋇ Calculus was developed by Newton (1642 - 1727) and
Leibnitz (1646 - 1716) to deal with finding the different
properties of derivatives and intergrals of a function.
⋇ Differential calculus deals with the rate of change of one
quantity with respect to another quantity.






, Overview of differential Calculus Cont....

Gradient of a curve
⋇ The gradient of a straight line is a constant and simply

determined by ∆xy which is the ratio between any two
points on the line
⋇ But, on the curve the gradient is changing from one point
to another
⋇ Thus, we can define the gradient at any point on a curve
to be the gradient of the tangent to the curve at that
point.
⋇ Recall that a tangent to a curve is a straight line that
touches the curve at one point.
⋇ To find a gradient at any point on the curve, we can make
use of the method called a limiting process, sometimes
known as differentiation from the first principle.

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