Question

state and explain force law for SHM​

Answer 1

I hope this will help you!!!

Answer 2

Answer:

Hooke's law provides the force equation for Simple Harmonic Motion (SHM). It says that the force exerted on a spring is always oriented towards the equilibrium position and is directly proportionate to the displacement from the equilibrium position.

Explanation:

This can be expressed mathematically as F = -kx,

where x is the deviation from balance, k is the spring constant, and F is the restoring force.

• The force operating on a system is always inversely proportional to the displacement from balance when it is in SHM. It follows that the force is zero at the equilibrium point and greatest at the largest displacement.
• Understanding the behaviour of mass-spring system or a pendulum, such as a mass-spring system or a pendulum, requires knowledge of the SHM force equation.
• It is useful to explain the connection between the system's motion and the power operating on it.

Learn more about SHM :

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