)Nickluvn said:
Nickluvn said:
tiny-tim said:Hi Nickluvn! Welcome to PF!
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The springs make a V shape …
you can get the angle from the spring length and the height difference (the "h" in mgh).
The equilibrium position of a spring is the point at which the forces acting on the spring are balanced and there is no net force causing the spring to move. At this point, the spring is neither stretched nor compressed and is in a state of rest.
The equilibrium position of a spring is directly related to the angle it makes with the vertical. When a spring is in equilibrium, it makes a 90 degree angle with the vertical, meaning it is perpendicular to the ground.
The angle a spring makes with the vertical at equilibrium is affected by several factors, including the stiffness of the spring, the mass attached to the spring, and the force applied to the spring.
The angle a spring makes with the vertical at equilibrium can be calculated using the equation tan θ = F/k, where θ is the angle, F is the force applied to the spring, and k is the spring constant.
Yes, the angle a spring makes with the vertical at equilibrium can change if the factors affecting it (such as the force applied or the mass attached) are altered. Additionally, if the spring is not in a state of equilibrium, the angle will change as the spring moves towards the equilibrium position.