Download Newton's Cradle -Physics Simulation APK latest version Free for Android
| Version | 0.1 |
| Update | 4 years ago |
| Size | 19.27 MB (20,209,704 bytes) |
| Developer | MSD dirtbags |
| Category | Apps, Education |
| Package Name | com.msddirtbags.Cradle |
| OS | 4.1 and up |
Newton's Cradle -Physics Simulation APPLICATION description
This Physics Simulator helps Students to Understand How Newton's Cradle Works
|| Newton's Cradle -Physics Simulation ||
This Physics Simulator helps Students to Understand How Newton's Cradle actually works Works.
This simulator consists of a model that is exact replica of newton's cradle.
Give it a shot and see how long your momentum stays.
Newton's cradle is a device that demonstrates conservation of momentum and energy using a series of swinging spheres.
The Principles of the Newton Cradle
As the first ball is released, its potential energy is converted to kinetic energy, and when it is abruptly halted during the impact with the second ball, most of that energy is transferred into the second ball by compressing it. The same thing happens to the third and fourth balls, but when the energy transfers into the fifth and final ball in the chain, the energy causes it to move. In an ideal Newton’s cradle, the fifth ball would move with the exact same energy as the first ball, but in real life, friction between the balls prevents this from happening.
This Physics Simulator helps Students to Understand How Newton's Cradle actually works Works.
This simulator consists of a model that is exact replica of newton's cradle.
Give it a shot and see how long your momentum stays.
Newton's cradle is a device that demonstrates conservation of momentum and energy using a series of swinging spheres.
The Principles of the Newton Cradle
As the first ball is released, its potential energy is converted to kinetic energy, and when it is abruptly halted during the impact with the second ball, most of that energy is transferred into the second ball by compressing it. The same thing happens to the third and fourth balls, but when the energy transfers into the fifth and final ball in the chain, the energy causes it to move. In an ideal Newton’s cradle, the fifth ball would move with the exact same energy as the first ball, but in real life, friction between the balls prevents this from happening.
↓ Read more
