The derivative of the function can be used to determine when a local maximum or local minimum occurs. Theorem (First derivative test). Let f be a differentiable ...

In this Workbook you will learn to apply your knowledge of differentiation to solve some basic problems connected with curves. First you will learn how to ...

Pure Mathematics I: Applications of Differentiation. Based on lectures by Danilo J. Alcordo. Notes taken by Wilson Wongso. Junior College 1 - Academic Year ...

To determine the nature of the stationary points, we can obtain the second derivative and examine its sign at the turning point. The second differential is also ...

In this chapter, we explore many applications of differentiation. We learn to find maximum and minimum values of functions, and that skill.

Introduction Differential calculus can be used to analyze many kinds of problems and situations that arise in applied disciplines.

7 янв. 2019 г. · The rate of change of a quantity 'y' with respect to another quantity 'x' is known as the derivative or differentiable coefficient of 'y' with ...

Applications of Differentiation. Problem solving with the differential calculus. The differential calculus has many practical applications in engineering.

1 янв. 2021 г. · ❖ Find derivative of implicit functions, parametric functions. ❖ Apply logarithmic differentiation in the functions of the type [f(x)]g(x).

For instance, we will learn how the derivative can be used (i) to determine rate of change of quantities, (ii) to find the equations of tangent and normal to a ...