Applications of Differentiation - Interpreting Gradients and Concavity

Applications of Differentiation - Interpreting Gradients and Concavity

The diagram below shows the curve \(y = \mathrm{f}'(x).\)

  1. State the \(x\)-coordinates of the stationary points for the curve \(y = \mathrm{f}(x).\)
    Hence determine the nature of these stationary points.
  2. State the maximal range of values of \(x\) such that the curve \(y = \mathrm{f}(x)\) is
    1. concave downwards,
    2. increasing.

Video Solution:

Video Solution

Video solution locked

A free account saves your progress; this video needs tuition enrolment.

Solution:

Solution locked

680+ questions here come with free worked solutions. A free account saves your questions and progress; this one needs tuition enrolment.

Create a free account to practise similar questions.

Answer:(a) \(x=-3\): stationary point of inflexion; \(x=0\): minimum point (b)(i) \(x<-3\) (ii) \(x<-2\) or \(x\ge0\)

Need help? Join our JC Math tuition classes.

Learn more