The time taken by a pendulum to complete 2.5 oscillations in 5 seconds what is the time period of Pendulum
Answers
Answered by
5
Heya
Given that time taken by a pendulum to complete 2.5 oscillation is 5 sec
⇒5sec= 2.5
⇒1 sec= 2.5/5= 0.5
So its frequency is 0.5 oscillations per second. We know that
⇒Time period= 1/frequency.
⇒Time period= 1/ 0.5
⇒Time period= 2 sec.
Hope it helps :)
Given that time taken by a pendulum to complete 2.5 oscillation is 5 sec
⇒5sec= 2.5
⇒1 sec= 2.5/5= 0.5
So its frequency is 0.5 oscillations per second. We know that
⇒Time period= 1/frequency.
⇒Time period= 1/ 0.5
⇒Time period= 2 sec.
Hope it helps :)
Answered by
3
Hi friend,
It is given that,
Time taken by a pendulum to complete 2.5 oscillations in 5 seconds.
This means,
5 seconds=2.5 oscillations
So, 1 second=2.5/5= 0.5 oscillations
So, it's frequency is 0.5 oscillations per second.
We know that,
Time period=1/frequency
=1/0.5
=2 seconds.
HOPE THIS HELPS YOU:-))
It is given that,
Time taken by a pendulum to complete 2.5 oscillations in 5 seconds.
This means,
5 seconds=2.5 oscillations
So, 1 second=2.5/5= 0.5 oscillations
So, it's frequency is 0.5 oscillations per second.
We know that,
Time period=1/frequency
=1/0.5
=2 seconds.
HOPE THIS HELPS YOU:-))
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