What is difference between SHM and oscillatory motion?
Answers
Oscillatory motion:
To explain this, often, a simple pendulum is used. The pendulum that oscillates to and fro passing through mean position, every time, during its motion, can be said to be experiencing oscillatory motion. Also, any oscillating body between fixed points is also said to be experiencing oscillatory motion.
SHM:
However, to explain harmonic motion, we must take example of a spring. Here, one end of a spring is attached to a wall and the other end to a block of wood on a friction less surface. When the block is pulled, it creates tension/strain in the spring, generating a restoring force against the direction of the pull force. If the block is pulled against the spring for upto 3 cms, then the restoring force, also, will compensate the displacement by 3 cms, but in opposite direction to pull. This motion is called simple harmonic motion.
However, this displacement triggers continues to and fro motion of the block on the friction less surface, until the force does not dissipates over time. This is recorded using Hookes Law. However, in Hookes law, the pull force is measured in Newtons, as against the distance or extension it experienced. If, pull force is measured in Newtons, then force applied against the spring will result in restoring force in spring, but in opposite direction. Now, you can pull it or apply force against the spring, but limited to the elasticity of the spring, or simply till the spring could actually bear your force.
if the answer is crct
mark me as brainliest ⭐⭐
Answer:
are you being my friends.
Explanation:
simple harmonic motion, in physics, repetitive movement back and forth through an equilibrium, or central, position, so that the maximum displacement on one side of this position is equal to the maximum displacement on the other side. The time interval of each complete vibration .