AQA Level 2 Further Maths

AQA Level 2 Further Maths Differentiation: Perimeter, Area and Volume Problems Exam Questions

Free AQA Level 2 Further Maths exam questions on Differentiation: Perimeter, Area and Volume Problems, with full model answers. Covers differentiation: Perimeter, Area and Volume Problems.

Differentiation: Perimeter, Area and Volume Problems exam questions

1 question pack of real past exam questions with its mark scheme. Answer every question without notes, then mark your answers line by line against the mark scheme.

Differentiation: Perimeter, Area and Volume ProblemsQuestionsModel answers

About AQA Level 2 Further Maths Differentiation: Perimeter, Area and Volume Problems

Differentiation: Perimeter, Area and Volume Problems is a Grade 9+ topic in AQA Level 2 Certificate in Further Maths (8365). It builds on Higher GCSE Maths and leads into A Level. Answer the pack without notes, then mark every line against the model answers.

What you need to know

  • Forming Write the quantity in one variable.
  • Optimising Set the derivative to zero.
  • Checking Confirm maximum or minimum.

Common mistakes in Differentiation: Perimeter, Area and Volume Problems

  • Two variables left in the expression.
  • Not answering the question asked.

Try two Differentiation: Perimeter, Area and Volume Problems exam-style questions

1. A rectangle has perimeter 20. Find the maximum area. (3 marks)

Show the mark scheme answer

25 units² when it is a 5 x 5 square

2. What is the first step? (1 mark)

Show the mark scheme answer

Write the area in terms of one variable

Differentiation: Perimeter, Area and Volume Problems FAQs

Is Differentiation: Perimeter, Area and Volume Problems in AQA Level 2 Further Maths?

Yes, it is part of the AQA Level 2 Certificate in Further Maths (8365).

What grade is Differentiation: Perimeter, Area and Volume Problems?

It is aimed at Grade 9 and above.

How should I use these Differentiation: Perimeter, Area and Volume Problems questions?

Answer every question without notes, then check each line against the model answers.