A Level Further Maths

A Level Further Maths Allocation, Transportation and Dynamic Programming Exam Questions

Free A Level Further Maths exam questions on Allocation, Transportation and Dynamic Programming, with full model answers. Covers allocation (Hungarian algorithm), transportation problems and dynamic programming.

Allocation, Transportation and Dynamic Programming 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.

About A Level Further Maths Allocation, Transportation and Dynamic Programming

Allocation, Transportation and Dynamic Programming is part of Decision Maths in A Level Further Maths. These questions suit Edexcel A Level Further Maths students. Answer the pack without notes, then mark every line against the model answers and redo the questions you dropped marks on.

What you need to know

  • Transportation North-west corner and stepping stone methods.
  • Allocation Hungarian algorithm.
  • Dynamic programming Stages, states and decisions.

Common mistakes in Allocation, Transportation and Dynamic Programming

  • Unbalanced problems.
  • Wrong reductions.

Try two Allocation, Transportation and Dynamic Programming exam-style questions

1. What does the Hungarian algorithm solve? (1 mark)

Show the mark scheme answer

Allocation problems

2. What must be added for an unbalanced transportation problem? (1 mark)

Show the mark scheme answer

A dummy

Allocation, Transportation and Dynamic Programming FAQs

Which exam boards include Allocation, Transportation and Dynamic Programming?

These questions suit Edexcel A Level Further Maths.

Is Allocation, Transportation and Dynamic Programming pure, mechanics or statistics?

Allocation, Transportation and Dynamic Programming is part of Decision Maths.

How should I use these Allocation, Transportation and Dynamic Programming questions?

Answer every question without notes, then check each line against the model answers and redo any you got wrong.