Forces Slopes Wooden Car

Name: Forces Slopes Wooden Car
Brand: TTS
SKU: SKUr5lkLGowwM
Availability: InStock

£8.28

SKU: SKUr5lkLGowwM Categories: Forces & Motion, Primary Curriculum, Science Tag: TTS Brand: TTS

Helping to Support Teaching and Learning

Versatile Design: The wooden car’s ‘well’ allows for the addition of weights, enabling a variety of force and motion experiments. This feature enhances its versatility in the classroom.
Supports Curriculum: Aligns with the science curriculum, by enabling the comparison of movement on different surfaces.
Hands-On Learning: Encourages practical investigation of forces and motion, making abstract concepts tangible. Ideal for teaching forces through the investigation of slopes.
Durable Construction: Made from wood, ensuring durability and longevity. Suitable for repeated use in various educational settings.
Science Aims: Helps identify the effects of friction between surfaces, supporting the Science curriculum.

A basic vehicle for teaching forces through investigating different kinds of slopes and surfaces. Ideal for experiments.

Ideal for teaching forces, this wooden car product has a ‘well’ in the top for adding weights, enhancing classroom ramp experiments.

Teachers will find this wooden car an excellent tool for enhancing lessons on forces and motion. It provides hands-on experience that helps children understand the effects of air resistance, water resistance, and friction between moving surfaces.

The wooden car aids in comparing how objects move on different surfaces, aligning with the curriculum topic of Forces & Magnets. By allowing children to conduct weight experiments, it helps them gain a better understanding of gravity and forces, making it a valuable addition to any collection of physics educational resources.
Constructed from wood, the car features a ‘well’ in the top that allows weights to be added, making it versatile for various experiments. This feature enriches its use with classroom ramps, offering practical insights into how different surfaces affect movement.