Mark correct option or options: (a) For neutral equilibrium,...

Mark correct option or options:
(a) For neutral equilibrium, the potential energy is constant
(b) In stable equilibrium, potential energy is minimum
(c) For unstable equilibrium, potential energy is neither constant nor minimum
(d) All the above

Labs

Want to see this concept in action?

NEW

Explore this concept interactively to see how it behaves as you change inputs.

View Labs

Key Concepts

Equilibrium

Equilibrium refers to the state of a system where there is no net force acting on it, meaning that the system remains at rest or in constant motion unless disturbed. Understanding equilibrium is essential for analyzing the stability and energy configurations of physical systems.

Stable Equilibrium

Stable equilibrium is a condition in which if the system is slightly displaced, it tends to return to its original state due to a restoring force. This is usually associated with a minimum in the potential energy profile, indicating that any deviation results in an increase in potential energy which drives the system back toward equilibrium.

Unstable Equilibrium

Unstable equilibrium occurs when a slight disturbance causes the system to move further away from its original state. In potential energy terms, this is typically represented by a maximum, where any small displacement decreases the potential energy, leading the system to accelerate away from that equilibrium point.

Neutral Equilibrium

Neutral equilibrium happens when a system remains in equilibrium even after being displaced; the potential energy remains constant over a range of positions. In this situation, the displaced object neither returns to its original position nor moves further away, as the energy landscape offers no preference for movement in any direction.

Transcript

Please give Ace some feedback