physics

two type so energy associated with simple harmonic motion

kinetic energy and potential energy of the spring

potential energy is

stored energy

kinetic energy is

active

object under SHM is at its minimum speed when displacement from equilibrium point is

maximum

object under SHM is at its maximum speed when displacement from equilibrium point is

zero

object under SHM is at its maximum acceleration when displacement from equilibrium point is

maximum

object under SHM is at its minimum force when displacement from equilibrium point is

zero

object under SHM is at its maximum force when displacement from equilibrium point is

maximized

negative value in f=-kx

restoring force

k in f=-kx

spring constant p

period + frequency =

1

period of simple harmonic oscillator is independent of its

amplitude

amplitude of the motion of an object undergoing SHM

maximum displacement from equilibrium position

ampltiude of SHM oscillator does not affect

frequency

if amplitude is doubled then

maximum speed

SHM object in straight line will not have

SHM object attached to horizontal spring has PE

varying based on displacement from equilibrium

object under SHM is at its maximum acceleration when displacement from equilibrium point is

zero