This resource uses Cuisenaire® Rods to create addition stories. Select one rod and the two rods that when positioned side by side are the same length as the original. Then use the white rods which represent 1 to convert the rod story into an addition sentence. Included are teachers' notes and a worksheet to practise converting…
From the Nuffield Foundation, the purpose of this module is to introduce the language associated with matrices, to illustrate their use and begin to develop the algebra associated with them. The resource consists of: • Overview of the content of the cards. • Cards I.1 – I.3: language of matrices introduced…
From the Nuffield Foundation, the purpose of this module is to introduce students to the linked concepts of 'variable' and 'function', so that by recognising the independent variables in an experimental situation, they will be able to control the experiment in an organised manner. If they also keep records in…
From the Nuffield Foundation, the purpose of this module is to introduce students to the solution of simultaneous equations and demonstrates a rather unusual way of approaching the topic. The equations are largely restricted to equations where the coefficients are +/- 1 to achieve some simplicity in the algebra with sometimes more…
This module from the Nuffield Foundation gives an attempt to relate the gradient of a graph to the rate of displacement of an object which moves with time. This can be summed up in the phrase 'faster is steeper'. The module is in three sections, each of which is based on a simple piece of practical equipment which the students…
From the Nuffield Foundation, the purpose of the module is to build on the Similarity module and extend the work, including more formal calculation, as far as the introduction of trigonometric rations. The module includes: • Notes for the teacher including a brief overview of the content of the workcards and references…
From the Nuffield Foundation, the object of this module is to provide a simple introduction to the idea of a vector. Students need to be familiar with the co-ordinates module before starting this module. The development makes use of a number of simple (vector) grid games. The resource includes: • Overview of the cards…
This module from the Nuffield Foundation introduces simple ideas of topology starting from informal considerations of topological transformations progressing to work on networks (the bulk of the content) and ending with an investigation into map colouring. The resource includes: • Notes for the teacher including a very…
From the Nuffield Foundation, this module develops the use of co-ordinates in two and three dimensions using traditional games. It digresses into the simple use of matrices as information stores and finally, extending the work on ‘battleships’ into equations of lines and rather quickly into the solution of simultaneous…
From the Nuffield Foundation, the purpose of this module is to introduce students to a study of the properties of similar figures as a first step on the way to a study of trigonometry. Hence the workcards involve the practising of the mechanics of enlargement, becoming familiar with the idea of a scale factor and with the idea of…
From the Nuffield Foundation, the purpose of this module is to develop understanding of line and rotational symmetry. Much of the work on line symmetry is based on paper folding activities and is quite practical. The resource includes: • A cards and notes: introduction – looking at patterns and creating patterns…
From the Nuffield Foundation, the purpose of the module is to develop students’ understanding of angle by exploring rotation in practical situations and by using simple home-made equipment made from card. The resource includes: • Notes for the teacher including the organisation of the cards and the purpose and content…
From the Nuffield Foundation, the purpose of this module is to introduce students to index notation and standard form on the way to the determination of the size of a molecule. It builds up from simple rice-counting and paper-cutting to experiments in chemistry and physics which give a good approximation to molecular size. This…
From the Nuffield Foundation, this module attempts to build up an understanding of irrational numbers. It contains ideas and content which would normally be introduced much later (for example, the notion of closure, use of continued fractions – which are called ‘continuous’ fractions in the text). The resource…
The module, from the Nuffield Foundation, focuses on addition, subtraction, multiplication and division of directed numbers. The approach is the highly unusual one of representing directed numbers by equivalence classes of ordered pairs. This representation is supported by the use of a cardboard ‘machine’ which the authors…
From the Nuffield Foundation, this module focuses on the use of decimals in multiplication and division and then on applications which include averages, speed calculations and rounding. The resource consists of: • Introduction: the teachers' notes on theoretical underpinning and layout of calculations. • A…
From the Nuffield Foundation, the module is primarily about simple number patterns which are explored on a number square. The teachers' notes indicate how the theory may be developed further and include some notions of modular arithmetic. The resource consists of: • Introduction: the teachers' notes and the suitability…
The second Student Workbook for Nuffield Physical Science began with an extensive introduction to this novel course for students. The Workbook was not designed as a textbook. The content of each section was arranged on the same plan, and each contained four types of material: 'Introduction', passages of 'General information',…
The first Student Workbook for Nuffield Physical Science began with an extensive introduction to this novel course for students. The Workbook was not designed as a textbook. The content of each section was arranged on the same plan, and each contained four types of material: 'Introduction', passages of 'General information',…
© The National STEM Centre. About Us. Contact Us. Terms & Conditions. Cookies. Website Help.
Web design by iWeb