The sound produced by a thunderstorm is heard $10 s$ after the lightning is seen. Calculate the approximate distance of the thunder cloud. (Given speed of sound = $340 m s^{- 1}$ )

3.4 km

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2.4 km

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4 km

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3 km

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Solution

The correct option is A
3.4 km

Time taken by the sound after lightening = 10 sec
The speed of the sound = 340 m/s.
Distance traveled = $s$

$speed = \frac{distance}{time}$
$distance = speed x time$

$distance, s = 340 m s^{- 1} \times 10 s = 3400 m = 3.4 k m$

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The sound produced by a thunderstorm is heard 10 s after the lightning is seen. Calculate the approximate distance of the thunder cloud. (Given speed of sound = 340 ms−1)

The correct option is A 3.4 km Time taken by the sound after lightening = 10 sec The speed of the sound = 340 m/s. Distance traveled =s speed=distancetime distance = speed x time distance,s=340 ms−1×10s=3400 m=3.4 km

The sound produced by a thunderstorm is heard $10 s$ after the lightning is seen. Calculate the approximate distance of the thunder cloud. (Given speed of sound = $340 m s^{- 1}$ )

The correct option is A
3.4 km

Time taken by the sound after lightening = 10 sec
The speed of the sound = 340 m/s.
Distance traveled = $s$

$speed = \frac{distance}{time}$
$distance = speed x time$

$distance, s = 340 m s^{- 1} \times 10 s = 3400 m = 3.4 k m$