Question

A simple pendulum takes 10 seconds to complete 10 oscillations. Find the time

period of this pendulum.​

Answer 1

Before, finding the answer. Let's find out on how we can find the answer.

• In this question, we are asked to find the time period of the pendulum.
• So, to find the time period, we have to use the formula :

$\sf Time \: Period = \dfrac{time \: taken}{no \: of \: oscillations}$

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Given :

• Time = 10 seconds
• No of oscillations = 10

To find :

• time

Solution :

We know that,

$\sf Time \: Period = \dfrac{time \: taken}{no \: of \: oscillations}$

$\sf = \dfrac{10}{10}$

$\sf = \dfrac{1 \not0}{1 \not0}$

$\sf = \dfrac{1}{1}$

$\sf \: = 1$

Therefore, the time period of the pendulum is 1 second.

Answer 2

☆ Question:-

A simple pendulum takes 10 seconds to complete 10 oscillations. Find the time period of this pendulum.

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☆ Answer:-

• The time period = 1 second.

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☆ Process:-

Given:-

• Seconds taken by the pendulum to complete 10 oscillations.

To Find:-

• The time period

Formula Used:-

$Time \: Period = \frac{ Time \: Taken}{ \: No. \: of \: oscillation}$

Steps:-

$=> \frac{10}{10}$

$=> \frac{10}{10} = \frac{1}{1}$

$=> \frac{10}{10} = \frac{1}{1} = 1$

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Hence,

The time period of the pendulum will be:- 1 second.

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