Question

Explain the relation between frequency and time period of a vibrate body​

Answer 1

To explain the relationship between Frequency and Time period of a vibrating body.

First of all, let's define the terms :

Time period :

It is the time taken for the the vibrating oscillating body to complete 1 full oscillation.

Frequency:

It refers to the the number of oscillations or vibrations completed in one second

So, we can easily understand that Time period of the body is the reciprocal of Frequency of the oscillating body.

$\boxed{\huge{\red{Time \: Period = \dfrac{1}{Freq.}}}}$

In other words , we can say that frequency is the index representing the rapidity of oscillations where as time period represents the slowness of oscillations.

Answer 2

Explanation:

$\bf \huge \: Question \: \:$

• Explain the relation between frequency and time period of a vibrate body

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$\bf \huge \:Answer \: \:$

• The frequency (f) of a wave is the number of full wave forms generated per second.
• This is the same as the number of repetitions per second or the number of oscillations per second.

• Time Period (T) is the number of seconds per waveform, or the number of seconds per oscillation.
• It is clear that frequency and time period are reciprocals.
• That is, T=1/f.

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