The story so far, from the Nuffield Mathematics Project, attempts to summarise some of the early Teachers’ Guides. References are also made to Desk calculators and Space. The purpose of the book was two-...

This resource from, the Maths Careers website, asks students to solve a problem involving measures of water. The worksheet asks students to share a jug of water evenly with only two empty jars of differing sizes to use for the task.

This collection of primary resources from the Virtual Text Book contains three sub-collections designed for use on an interactive whiteboard to aid the teaching and learning of a variety of topics. Each resource is an interactive excel worksheet to encourage teacher-student interaction.

The sub-collections...

This report, published in February 2015, discusses the findings of ‘The Visible Classroom’ project, which ...

Published in 1993 by the Association for Science Education, this report was a response to concerns about primary curriculum overload and the place of science as a core subject within the curriculum. A task group including practising teachers, a primary head teacher, a science adviser, lecturers and researchers in...

This report, published in October 2013, highlights the findings of a Welcome Trust study which sought to find a better understanding of how primary schools in England lead, manage and teach science and maths. The study uses three main sources of evidence: an online quantitative survey of 209 schools; a set of...

This problem explores loci. A dog stands between a fire hydrant and a tree, twice as far from the hydrant as the tree. He runs in a way so that he is always twice as far from the hydrant. What is the shape of the dog's path?

Eight pieces of origami paper are shown after they have fallen on the floor. The challenge is to establish the order in which the papers fell on the floor.

In this challenge students have to establish the minimum number of fish tanks needed for six fish to live in harmony, as some fish cannot be placed in the same tanks as others safely.

In this puzzle four pieces of information are given about five children in a family. The challenge is to establish the age order of the five siblings.

Imagine a cube-frame made out of infinitely stretchy wire that could be flattened to make a 2D shape, what would it look like? In this puzzle students are given three such 2D representation of 3D shapes and have to name them.

The front face of four cards are shown, together with some statements about what could be on the reverse side. The challenge is to work out how many cards must be turned over to establish if the statements are true.

Four children make statements about their relative ages but one child is lying. The challenge is to order the children from the youngest to the oldest.

A diagram is shown with horses arranged in fields around a rectangle. There are four challenges to move the horses to fulfill given criteria. A worksheet is also included for students to record their answers.