How many amplitudes does a Simple Harmonic Os | vedclass

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(B) In a Simple Harmonic Motion $(SHM)$, the time period $(T)$ is the time taken to complete one full oscillation.One full oscillation consists of mov

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$2$ amplitudes

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(B) In a Simple Harmonic Motion $(SHM)$, the time period $(T)$ is the time taken to complete one full oscillation.One full oscillation consists of moving from the mean position to the extreme position $(+A)$, back to the mean position, then to the other extreme position $(-A)$, and finally back to the mean position.In half of the time period $(T/2)$, the oscillator covers the distance from one extreme position to the other extreme position.Starting from the positive extreme $(+A)$, it moves to the mean position (distance $A$) and then to the negative extreme $(-A$, distance $A$).Thus, the total distance covered in $T/2$ is $A + A = 2A$, which corresponds to $2$ amplitudes.

How many amplitudes does a Simple Harmonic Oscillator $(SHO)$ cover in half of its time period?

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