$H e r t z$ stands for:

s e c o n d

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s e c o n d^{- 1}

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m e t e r

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m e t e r^{1}

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Solution

The correct option is B $s e c o n d^{- 1}$
Hertz is the unit of frequency and frequency is defined as number of vibrations per second ,
$f =$ number of vibrations/ time (in second) ,

Hence unit of frequency is,

$s e c o n d^{- 1} = H e r t z$

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Similar questions

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Hertz stands for:

The correct option is B second−1Hertz is the unit of frequency and frequency is defined as number of vibrations per second , f=number of vibrations/ time (in second) ,Hence unit of frequency is, second−1=Hertz

$H e r t z$ stands for:

The correct option is B $s e c o n d^{- 1}$
Hertz is the unit of frequency and frequency is defined as number of vibrations per second ,
$f =$ number of vibrations/ time (in second) ,

Hence unit of frequency is,

$s e c o n d^{- 1} = H e r t z$