Distance of a particle undergoing shm in one time period is
Answers
Distance of a particle undergoing shm in one time period is 4A
A particle is said to be in shm that is simple harmonic motion if it moves to and fro about the mean position under action of restoring force which is proportional to its displacement from mean position.
The force in simple harmonic motion is always directed towards the mean position.
Time period is the time taken by a particle to complete one oscillation is called time period or is smallest time interval after which oscillatory motion repeats itself and is denoted by T.
In T/4 distance is A so in total time period that is T displacement is 4A.
Distance among particle experiencing shm in one time span is 4A.
Explanation:
- A molecule is said to be in shm that is simple harmonic movement on and off chance that it moves back and forth about the mean situation under activity of re-establishing power which is relative to its removal from mean position.
- The direction of force in shm is always in direction of mean position.
- The time taken by a molecule to finish one oscillation (to and fro) is called time period or is littlest time interim after which oscillatory movement rehashes itself and is signified by T.
- In T/4 separation is A so in complete time period that is T dislodging is 4A.
To know more:
The distance moved by a particle in simple harmonic motion in one time period is
(a) A
(b) 2A
(c) 4A
(d)zero
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