Newton's first law of motion
Mechanics in Motion · Interactive
- DimensionsSubject to on-site plan
- PresentationInteractive
- PricingQuoted by manufacture spec
Newton's first law of motion is a hands-on, mechanical & electromechanical interactive exhibit manufactured by Hefei Panda for science centers, children’s museums, discovery centers, STEM learning centers and family entertainment centers. Engineered for durable, robust, low-maintenance, high-traffic gallery installation, it turns abstract scientific concepts into direct, interactive visitor exploration. Hefei Panda is a global exhibit manufacturer exporting hands-on science displays to 50+ countries, with in-house engineering, fabrication, installation and commissioning.
Exhibit Summary
Newton's first law of motion is a Interactive interactive exhibit in the Mechanics in Motion category, designed for science centers, children’s museums, discovery centers, STEM learning centers and family entertainment centers. Built as a hands-on, mechanical & electromechanical display, it turns an abstract scientific concept into direct, interactive visitor exploration, and is engineered for durable, low-maintenance, high-traffic gallery use.
Scientific Principle
Visually demonstrates Newton's first law of motion via the ball ejection assembly.
Operation
On the basis of Galileo's discovery of inertia (force is the reason for changing the state of motion of an object) in Galileo's inclined plane experiment, after careful study and summary, he felt that if an object is not subject to force, it will remain at rest. This includes all objects in the world (either moving or not), and thus came to Newton's first law (i.e., the law of inertia): All objects will always remain at rest or in a state of uniform linear motion when not acted upon by a force, that is, an isolated particle remains at rest or moves in a uniform linear motion. Its mathematical expression: Newton's first law and Newton's second and third laws constitute the complete system of Newtonian mechanics. Newton's first law gives the concept of an inertial system. The second and third laws and the particle mechanics system established by Newton's laws of motion only hold true for inertial systems. Therefore, Newton's first law is indispensable and is a completely independent and important law of mechanics. Newton discovered inertia (force is the reason for changing the state of motion of an object) in Galileo's inclined plane experiment. After careful study and summary, he felt that if an object is not subject to force, it will remain at rest. This includes all objects in the world (either moving or not), and thus came to Newton's first law (i.e., the law of inertia): All objects always remain at rest or in a state of uniform linear motion when not acted upon by a force, that is: an isolated particle remains at rest or moves in a uniform linear motion. Its mathematical expression: Newton's first law and Newton's second and third laws constitute the complete system of Newtonian mechanics. Newton's first law gives the concept of an inertial system. The second and third laws and the particle mechanics system established by Newton's laws of motion only hold true for inertial systems. Therefore, Newton's first law is indispensable and is a completely independent and important law of mechanics. Newton's first law gives the concept of an inertial system. The second and third laws and the particle mechanics system established by Newton's laws of motion only hold true for inertial systems. Therefore, Newton's first law is indispensable and is a completely independent and important law of mechanics. On the basis of Galileo's discovery of inertia (force is the reason for changing the state of motion of an object) in Galileo's inclined plane experiment, after careful study and summary, Newton felt that if an object is not acted upon by a force, it will also remain at rest. This includes all objects in the world (either moving or not), and thus came to Newton's first law (i.e., the law of inertia): All objects always remain at rest or in a state of uniform linear motion when not acted upon by a force, that is, an isolated particle remains at rest or moves in a uniform linear motion.
Export-Ready Features
- Durable, robust construction for high-traffic gallery environments
- Low-maintenance electromechanical design with reliable, safe components
- Custom sizing, theming & multilingual labeling available
- OEM & turnkey exhibit solutions with full project management
- Overseas shipping, export documentation & on-site installation supported
- Shipped to science centers and museums in 50+ countries