Experiments & Activities

Made up of magnetic rods, steel spheres and different shaped panels, this Swiss-made product is the symbol of the magnetic construction system that has brought worldwide recognition to the Geomag brand. Thanks to these simple components and the magic of magnetism, endless 3D structures can be created with total freedom of imagination and creativity.

Apart from the classic magnetic rods and steel spheres, Geomag Mechanics has mechanical elements within the constructions, widening the play possibilities: some of the parts rotate, triggering a chain reaction generated by the magnets attracting and repelling. In this set, students are introduced to the basic concept of magnetic polarities. They then tailor the polarities to create controlled magnetic reactions and drive motion before progressively tackling more challenging tasks such as building and reinforcing a bridge span. Science, Technology, Engineering and Mathematics (STEM) are woven into this stimulating and truly innovative set, which includes easy-to-comprehend, downloadable student work sheets and a teachers guide. Contained in a plastic Gratnells SmartCase® for easy storage. 260 pieces.

TEACHING TOPICS

• Polarities and making a compass
• Understanding push and pull forces: basics - “crocodile jaw” - oscillating pendulum
• Magnetic levitation
• Increasing/decreasing magnetic forces
• Range of shapes of regular polygons and how to form a structure using them
• How to form 3D shapes
• Structures and how to make them stronger (bridges etc)
• The effect of triangulation on structures
• Using spheres to experience low friction rotational movement
• Understanding simple bearings/thrust bearings
• Combining rotational movement with push and pull magnetic forces
• Learning how to make a homopolar magnetic motor

Made up of magnetic rods, steel spheres and different shaped panels, this Swiss-made product is the symbol of the magnetic construction system that has brought worldwide recognition to the Geomag brand. Thanks to these simple components and the magic of magnetism, endless 3D structures can be created with total freedom of imagination and creativity.

Our introductory set ensures all students find the elementary principles of Euclidean geometry fun, easy to grasp and stimulating. Model building and discussion in the classroom encourage proactive participation, leading to positive results from an early age. Contained in a plastic Gratnells SmartCase® for easy storage. 164 pieces.

TEACHING TOPICS

• Constructing 2D and 3D shapes
• Right and acute angles, perimeter of squares
• Properties of regular and irregular polygons
• Duplication, symmetry and mirror lines
• Pattern theory and mathematical nets
• Measuring and drawing lines
• Probability
• Mathematical language, notation, symbols
• Verbally describing shapes, movements and transformations
• Collecting data, recording findings, classifying objects
• Solving problems by breaking down into smaller tasks

Made up of magnetic rods, steel spheres and different shaped panels, this Swiss-made product is the symbol of the magnetic construction system that has brought worldwide recognition to the Geomag brand. Thanks to these simple components and the magic of magnetism, endless 3D structures can be created with total freedom of imagination and creativity.

By reinforcing the concepts of Euclidean geometry with 2D polygons, 3D forms and much more as they build concrete models and make real-life comparisons, students then enjoy elaborating their models in a creative, stimulating and productive classroom environment. This concrete approach to understanding abstract concepts gives students a head start. Contained in a plastic Gratnells SmartCase® for easy storage. 324 pieces.

TEACHING TOPICS

• Constructing 2D and 3D shapes
• Perimeters and areas, doubling/halving
• Triangles and quadrilateral shapes
• Pyramids, quadrangles, triangles, octagons, hexagons
• Repeating sequences and tessellation
• Parallel and mirror lines
• Symmetry and rotational symmetry
• Distinguishing between straight and turning movements/recognizing 1/2 and 1/4 turns
• Visualizing and describing shapes, movements and transformations
• Applying numeracy skills to other areas of learning
• Collecting and recording data/analyzing and explaining results and procedures
• Solving problems by breaking down into smaller tasks