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What is Problem Challenge?

Most schools with year 7 and 8 children, and some with year 6 children, are on our mailing list and will automatically receive an invitation, in mid-February, to take part in the competition.

The competition has been organised by John Curran and John Shanks, retired members of the Department of Mathematics and Statistics at the University of Otago, with huge administrative help from Leanne Kirk. However John Curran and Leanne retired from the competition at the end of 2023; John Shanks will attempt to run it from 2024, with help from Sarah Stewart handling the book orders.

The value of such problem solving competitions is well recognized overseas. For example, similar schemes are run in Australia, Britain and the United States. Here the New Zealand Curriculum, Mathematics Standards (years 1-8), considers various ways in which effective mathematics teaching can provide quality programmes. Amongst other components, problem-centred activities are highlighted. The document states Cross-national comparisons show that students in high-performing countries spend a large proportion of their class time solving problems. The students do so individually as well as co-operatively. The problems we pose allow children to practise and learn such simple strategies as guessing and checking, drawing a diagram, making lists, looking for patterns, classifying, etc. Although children answer the questions individually on our sets there is ample opportunity for co-operative practise using our resources.

How does it work?

Children participating in the competition attempt to answer five questions in 30 minutes on each of five problem sheets, which are done about a month apart. They do the problems individually but they can share their answers and strategies in small groups afterwards.

Note that all three levels (years 6, 7 and 8) attempt the same problem set although there are separate awards for each of those levels.

The problems are generally aimed at more able children. However, we hope to keep the first question or two reasonably straightforward, so that all children entered can have some success. Many schools that have taken part before will have a good idea of the standard involved. Here are two recent example sets as a guide.

As a general rule, teachers may wish to enter children for whom they feel a score of say 3 out of 5 is an attainable goal. We felt the problems set last year were about the right level of difficulty, so we will be aiming for much the same standard this year. For schools that want more information, there are five books available that give questions and solutions from the first 24 years of the competition. These books can be obtained by completing the order form .

What must the teacher do?

For each of the 5 problem sets that you receive, you will have to photocopy (or otherwise make available) sufficient copies of the problem sheet for the participants from your school, and administer the challenge on the day specified (or as near as possible).

You must mark the pupil responses (using the solutions provided) and return collated results to us, as well as keeping a record of your results (using your own spreadsheet or on a form provided).

  • Results are returned to us on-line . Further details of this together with a log-in code for your school will be supplied with the first set of problems.
  • All competition material, including sets, solutions and letters, will be emailed to schools or made available on the website .
  • Certificates will be provided in electronic form for schools to print.

How does your school benefit?

The problem sets may be used later as a resource for other children in any way the teacher wishes. For example, small groups could solve the problems co-operatively together, talking through the various strategies that could be applied to each question.

For each set you will receive a summary of the overall results, so that you can evaluate your pupils’ progress. In the past we have received very favourable feedback on the benefit of this. (Individual school results will not be collated or publicised so will remain strictly confidential to you.) Overall results from previous years can be seen here .

All children taking part will receive a certificate of participation. Those in about the top 10% in each year will receive certificates of excellence and those in the next 25% or so will receive certificates of merit. Where schools have provided on-line results, the childrens’ names will already be on the certificates.

Each year $25 book tokens are awarded to children in the top 1% or so of the competition. Note that book tokens are normally given to a maximum of 20% of the entries from each school.

When is Problem Challenge held?

As in previous years there will be a Problem Challenge each month from April to August, spaced at about five week intervals. This year’s administration days can be found here. However, as in the past, there is some flexibility in these dates and no school is precluded from entry on account of the timing. This is explained more fully if you enter.

How much does it cost and how do you enter?

The entry fee consists of $20 per school plus $0.40 per child entered (including GST). We will be mailing all Intermediate schools each February asking for entries: at that stage, if you wish to take part, you will need to register on-line and arrange to pay the registration fee (by credit card or University invoice).

Online registration is available between 19 February and 11 April.

The final challenge.

Children who do particularly well in Problem Challenge during the year are invited to enter a final multi-choice competition in late October. Note that, because of limited resources and in fairness to all, we regret that only those who reach a specified total number of problems correct (regardless of absence, sickness, etc) will be eligible to enter.

Final Challenge provides a great challenge for the very able, and there are more substantial prizes for the best performers at both Years. The competition consists of 10 multiple-choice questions, with five options per question, together with 10 questions that require explicit answers. The problems are similar in style to the usual Problem Challenge questions but generally of a standard comparable to question 5 on the Problem Sets or harder.

  • Children have one hour in which to attempt the questions.
  • The use of calculators is not permitted.
Problem Challenge
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University of Otago
PO Box 56, Dunedin.
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COMMENTS

  1. Problem Solving

    This section of the nzmaths website has problem-solving lessons that you can use in your maths programme. The lessons provide coverage of Levels 1 to 6 of The New Zealand Curriculum. The lessons are organised by level and curriculum strand. Accompanying each lesson is a copymaster of the problem in English and in Māori. Choose a problem that involves your students in applying current learning ...

  2. Level 1 Problems

    The problems have been grouped below by strand. Hover over each title to read the problem. Choose a problem that involves your students in applying current learning. Remember that the context of most problems can be adapted to suit your students and your current class inquiry. Read more about using these problem solving activities.

  3. Level 2 Problems

    The problems have been grouped below by strand. Hover over each title to read the problem. Choose a problem that involves your students in applying current learning. Remember that the context of most problems can be adapted to suit your students and your current class inquiry. Read more about using these problem solving activities.

  4. Level 4 Problems

    The problems have been grouped below by strand. Hover over each title to read the problem. Choose a problem that involves your students in applying current learning. Remember that the context of most problems can be adapted to suit your students and your current class inquiry. Read more about using these problem solving activities.

  5. Problem solving strategies

    Common Problem Solving Strategies. Guess (includes guess and check, guess and improve) Act It Out (act it out and use equipment) Draw (this includes drawing pictures and diagrams) Make a List (includes making a table) Think (includes using skills you know already)

  6. Quick Maths

    Quick Maths offers online resources for algebra, trigonometry, and NCEA exam preparation.

  7. Problem Solving Years 5-6 NZ Teaching Resources

    Use these maths investigations and challenge cards to help children develop problem-solving skills. Perfect for NZ primary children in years 5 to 6.

  8. What is problem solving?

    Mathematical processes include problem solving, logic and reasoning, and communicating ideas. These are the parts of mathematics that enable us to use the skills in a wide variety of situations. It is worth starting by distinguishing between the three words "method", "answer" and "solution". By "method" we mean the means used to get an answer.

  9. Problem Solving

    Use these maths investigations and challenge cards to help children develop problem-solving skills. Perfect for NZ Intermediate students in years 7-8.

  10. Problem solving information

    Problem solving was part of the Mathematical Processes Strand of the New Zealand Mathematics Curriculum (1992). While problem solving is not a category within the New Zealand Curriculum (2007), the key competency of Thinking includes problem solving.

  11. Problem Challenge Details

    Problem Challenge is a mathematics problem solving competition aimed primarily at children in years 7 and 8 but may be of interest to mathematically gifted children in year 6. It has been offered to schools throughout New Zealand for the past 33 years. The response to the competition has been overwhelmingly positive.

  12. Problems and solutions for students

    NZ Maths Teaching material Problem solving activities Problems and solutions for students

  13. Problem solving activities

    Space crossing. No strand. Problem solving activities. This problem solving activity has a logic and reasoning focus.

  14. Level 5 Problems

    The problems have been grouped below by strand. Hover over each title to read the problem. Listed under 'Units' are extended problem solving investigations which aim to introduce students to an underlying idea of mathematics through a problem. Choose a problem that involves your students in applying current learning. Remember that the context of most problems can be adapted to suit your ...

  15. Ideas for using problem solving activities

    Be clear yourself about exactly what you want your students to learn from their problem solving experience. Make this explicit to your students. (Finding a solution is only part of the learning). Have key supporting questions ready to ask your students as they work on the problem: Getting started. While working on the problem.

  16. Homepage

    Differentiated activities at Levels 1 to 5 of the NZC. Problem solving activities An extensive collection of problem solving sessions.

  17. Problem Solving

    This Professional Learning Community (PLC) has been created to provide a forum for discussing problem solving activities. Each month we will post two new problems, a level 1 problem, a level 2 problem and a level 3 problem. Please use the threads to tell us how your students solved the problems. We will include some of the solutions at the ...

  18. Resource Finder

    Units of Work ? Rich learning activities ? Problem solving activities ? Numeracy activities ? Picture book activities ? Figure It Out activities ?

  19. Why teach problem solving?

    In this section we discuss "Why teach problem solving?" under two headings: benefits of problem solving, and difficulties of teaching problem solving.

  20. Fraction and Decimals unit with Problem Solving

    Fraction and Decimals unit with Problem Solving Thanks for visiting NZMaths.

  21. Teaching material

    An extensive collection of problem solving sessions. Each session includes a problem, a suggested teaching sequence, and possible extensions.

  22. Problem solving

    This problem solving activity has a number (addition and subtraction) focus. More pizzas and things Level Two Number and Algebra Problem solving activities