THIS BUNDLE IS MADE UP OF HYDRAULICS SCIENCE AND INERTIA
Build a hydraulic platform and investigate Pascal’s law.
Ages 8 - 12+
Learning outcome: Industrial and construction machines use hydraulics to easily lift heavy objects. Learn how this can be achieved by applying the Pascal’s Law on a hydraulic press. Understand what hydrostatic pressure is and how it gets stronger by depth.
Experiment Method Description: Build a hydraulic platform and investigate Pascal’s law. Use syringes of different size to emulate how pistons can transfer pressure inside a tube. Add a load on the platform and push the pistons to lift it. Prove that pushing the smaller piston can magnify the outcoming force and lift a weight with less effort.
Components: Engino parts, plastic skins and paper outlines, syringes, water, few pebbles.
INERTIA & ENERGY CONVERSION
Build an experimental platform that simulates a car that crashes on a wall.
Ages 8 - 12+
Learning outcome: Newton’s laws can essentially describe all objects that are in motion. Learn the notion of inertia, realize that it can be observed everywhere in our daily life and understand that seatbelts keep us safe when travelling. List different form of energy and define how they energy can be converted from one form to the other.
Experiment Method Description: Build an experimental platform that simulates a car that crashes on a wall. Convert the elastic energy of a stretched spring into kinetic for the vehicle. See the passenger flying out of the car right after the crash due to inertia. Investigate the relation between mass, acceleration and force. Relate inertia and the travelled distance of the passenger to the speed of the vehicle. Fasten the passenger on the vehicle and demonstrate how seatbelts can save lives.
Components: Engino parts, plastic skins and paper outlines, elastic string, rubber band.