The buzzing sound from a mosquito is produced when it vibrates its win

1.	The buzzing sound from a mosquito is produced when it vibrates its wings at an average rate of 1200 vibrations per second. What is the time period of the vibrations of each wing?
Answer» Given that, Frequency of sound = 1200 Hz TIME = ? we know, Frequency is INVERSELY proportional to time. $f \infty 1 \div t$ f = 1/t 1200 = 1/t t×1200 = 1 ( cross MULTIPLY ) t = 1/1200 t = 0.00083 seconds. Therefore, the time for one vibration is 0.00083 seconds. Hope this helps you. Mark me as brainleist. Thank you for your question it had HELPED me to think.

The buzzing sound from a mosquito is produced when it vibrates its wings at an average rate of 1200 vibrations per second. What is the time period of the vibrations of each wing?

Answer»

Given that,

Frequency of sound = 1200 Hz

TIME = ?

we know,

Frequency is INVERSELY proportional to time.
$f \infty 1 \div t$
f = 1/t
1200 = 1/t
t×1200 = 1 ( cross MULTIPLY )
t = 1/1200
t = 0.00083 seconds.

Therefore, the time for one vibration is 0.00083 seconds.

Hope this helps you.

Mark me as brainleist.

Thank you for your question it had HELPED me to think.

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The buzzing sound from a mosquito is produced when it vibrates its wings at an average rate of 1200 vibrations per second. What is the time period of the vibrations of each wing?

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