This activity from Cre8ate maths investigates the lines of horizontal and vertical weakness in walls. Initially students are shown four walls and have to identify the lines of weakness in them, before finding the smallest rectangular solution which has no lines of...

This rich task from Cre8ate offers pupils the opportunity to develop their personal learning and thinking skills. It involves using recycled materials to construct a scale model of a silo and is well suited to group work. The task can be extended for more able students by investigating the resizing of their model...

In this activity from Cre8ate maths students are encouraged to experiment with different kinds of symmetry to create a suitable logo.

There is an exercise in using symmetrical properties to reproduce previously designed logos and this activity is complemented by Creating a logo, which gives students a free...

This rich task from Cre8ate introduces students to a Latin Square, where each row and each column has all the variables once and only once. Students may be aware of Sudoku puzzles which are based on this scenario. They are challenged to find 12 different designs which...

This hand eye co-ordination activity from Cre8ate maths involves the collection of real data, hypothesis testing and scatter graphs. The extensions may also include the use of a variety of averages. Health professionals often have to assess a wide variety of attributes including hand eye co-ordination. This topic...

This Cre8ate maths flight testing activity requires students to work in groups and, having made their own helicopter seed model from a template, record the landing positions and distances from a central point when the model is dropped from a standard height of one metre...

This set of Cre8ate maths activities requires students to think about place value, divisibility and remainders. It also requires logical thinking. Computer codes with check digits are widely used in the retail and banking sector. This activity focuses on one long-established code – the International Standard Book...

This activity, produced by Solar Spark, uses "magic dye", a mixture of three different dye molecules. The mixture contains a yellow disperse dye, a direct blue dye and an acid red dye. When a fabric is put into the mixture, the dyes only attach to the types of fabrics they can bond well with. For example, the blue...

This Cre8ate maths resource investigates the structure of some hydrocarbons. Molecules which have the same chemical formula but a different structure are called isomers. A printed sheet representing carbon and hydrogen atoms is cut up and used, as a kinaesthetic...

This topic explores flat designs which can be folded and used to package food and drink. These Cre8ate maths activities provide rich experience of visualising 3 dimensional shapes from 2 dimensional representations. In Four Chocolates and It Takes the Biscuit!, students will need to measure accurately and construct...

The Pit stop activities from Cre8ate maths are designed to motivate students to investigate the performance of model solar cars through a series of racing challenges. To do this activity you will need a set of model solar racing cars which are often shared between design technology and science departments. Students...

This activity from Cre8ate maths looks at the exciting mathematics connected with the regeneration going on in our cities. The three activities are based around the construction of rigid structures and provide opportunities for practical work and mathematical problem...

These Cre8ate maths activities draw on the mathematics of combinatorial thinking and involve a set of functional maths activities.

This Cre8ate maths activity draws on measuring stretchiness which involves the collection of real data, calculating percentages and experimental design. This resource models one way in which engineers use their knowledge of mathematics to investigate the properties of materials. Here students investigate the...

These activities from Cre8ate maths explore the efficient use of space in car parks. These are two-dimensional ‘best fit’ problems which require logic and a systematic approach to find effective solutions. They give students the chance to devise and test out strategies using systematic trial-and-improvement...