STEM Newton’s Laws
STEM Newton’s Laws – Inertia, Momentum, Kinetic, Potential energy : Learn all about the ingenious Sir Isaac Newton s laws of motion which are the basis of classical mechanics. These laws still describe most everyday life situations. Observe the effects of kinetic and potential energy and see firsthand how energy is transformed from one form to the other.
Make learning fun with STEM toys.
You can Engino build 8 working models such as :
a gravity fan,
a collision car,
a moving cabin,
a balloon powered plane and
STEM Newton’s Laws : You can find easy to follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands on learning. A Quiz section is also available to challenge your newly acquired knowledge!
Conduct thorough experiments and discover:
This Physics kit lets builders assemble 8 fully-functional models including a ballistic catapult, a balloon-powered plane and a dragster car. The set provides 119 plastic parts made from ABS and easy-to-follow illustrated building instructions for 6 models and 3D building instructions on the website and via the free Engino kid CAD app for all models!
The booklet included provides 18 pages with detailed explanations of the different scientific principles applied and lots of interesting facts.
Newton’s first law of motion and the relation between force and motion?
Newton’s second law of motion and the relation between force, mass and acceleration?
Newton’s third law of motion and the physics of action and reaction forces?
The concept of Momentum?
The fundamental properties of energy?
What factors affect potential and kinetic energies.
42-page booklet with theory, experimental activities, quiz and building instructions
Full color images, drawings and interesting facts.
Thought provoking building challenges and exercises.
Provision to write, note results and draw conclusions.
9 working models to build.