shivakumar06 said:hai friends,
i would like to know what would happen to three isolated point separated by infinite distance are attracted by gravity after collision? similary for four , five and so on... number of isolated masses?
The concept refers to a scenario in which three or more masses are isolated from any external forces or influences and are connected by elastic springs. The masses move and interact with each other based on the forces exerted by the springs.
Studying this scenario helps us understand the behavior of interconnected masses in the absence of external forces. This can have applications in various fields such as astrophysics, engineering, and material science.
The behavior of the masses depends on the properties of the springs, such as their stiffness and rest length. The masses will oscillate around their equilibrium positions and transfer energy to each other through the springs.
Yes, this scenario can be applied to real-world systems. For example, the movement of planets in a solar system can be modeled as masses connected by gravitational forces, which can be approximated as elastic springs.
One limitation is that it assumes perfectly elastic springs, which may not accurately reflect the behavior of real-world systems. Additionally, this scenario does not take into account external influences such as friction or air resistance, which can affect the movement of the masses.