How many complete oscillations will a material point make in 5 seconds if the oscillation period is 0.01 seconds?
| July 22, 2021 | education
Given:
T = 0.05 seconds – the period of fluctuations of the material point;
t = 5 seconds – time span.
It is required to determine N – the number of complete oscillations over the time interval t.
The swing period determines the amount of time required for one complete swing. Then:
N = t / T = 5 / 0.05 = 100 oscillations.
Answer: in 5 seconds a material point will make 100 full vibrations.
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