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abcbeck88
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two particle of mass, find distance of equilibrium position?
need a hint to start question, really appreciate
need a hint to start question, really appreciate
The equilibrium position is the position where the two particles have no net force acting on them and are at rest. This is also known as the stable position.
The distance of equilibrium position can be calculated using the formula F = kx, where F is the force acting on the particles, k is the spring constant, and x is the distance between the particles.
The distance of equilibrium position is affected by the mass of the particles, the spring constant, and the initial position of the particles. It is also affected by any external forces acting on the particles.
Finding the distance of equilibrium position helps us understand the behavior of the particles in a system and how they interact with each other. It also allows us to predict the position of the particles at any given time.
Yes, the distance of equilibrium position can change over time if the factors affecting it change. For example, if the mass of the particles or the spring constant changes, the distance of equilibrium position will also change.