Weights & Attributes is a clever and engaging sorting game that introduces young learners to early concepts of classification through hands-on play with weights, colours, and geometric shapes. The set includes 3 groups of solid pieces, each containing a circle, triangle, and square, with each shape weighing either 40g, 80g, or 160g. Despite differences in weight and colour, all pieces are uniform in size (5 x 5 x 5 cm), ensuring a consistent base for sorting activities.:The six colours are randomly printed on both the front and back, providing a playful challenge for visual discrimination. Also included are 12 double-sided tokens featuring attribute prompts-colour, weight, and shape-on one side and a œnegation cross symbol on the reverse, encouraging children to sort according to or intentionally exclude specific characteristics. This makes the game highly versatile, supporting multiple modes of play and learning. Designed for children aged 4 and up, this resource strengthens cognitive and sensory skills while introducing scientific thinking through observation, comparison, and logic.Educational Benefits: Encourages logical thinking and attribute-based sorting Supports sensory development through tactile exploration of weights Enhances shape and colour recognition Introduces comparative vocabulary and early scientific inquiry Classroom Ideas: Sorting Stations: Have students sort by one attribute (e.g., weight) and then switch to another (e.g., colour) Guess the Attribute Game: Use tokens for students to guess the correct piece based on clues Negation Challenges: Ask students to exclude all pieces not matching a given attribute using the token's reverse side STEM Corner: Integrate the game into STEM learning by exploring mass, balance, and comparison activities Safety & Information: Age Recommendation: Suitable for ages 4 years and older Piece Size: Each shape measures 5 x 5 x 5 cm Packaging Size: 5 x 5 x 5 cm for convenient storage Safety Advice: Use under adult supervision; not suitable for children under 3 years due to small parts
