Physics, asked by 117vijay82, 11 months ago

2.
During rainy season, Shivam noted that the thundering sound of clouds was
heard 6 seconds after the lightening was seen by him. If speed of sound in
air is 340 m/s, find the distance of the point where the thundering sound was
produced​

Answers

Answered by mishradhruva19
1

Answer:

Distance, d = 2040 meters.

During rainy season Shivam noted that the thundering sound of Clouds was heard 6 seconds after the lightening. The reason behind this is that the speed of light is much more as compared to the speed of sound. Numerically,

Speed, v = 340 m/s

Time, t = 6 s

Let d is the distance of the point where the thundering sound is produced. It can be calculated using formula,

d=v\times td=v×t

d=340\ m/s\times 6\ sd=340 m/s×6 s

d = 2040 meters

So, the distance of the point is 2040 meters. Hence, this is the required solution.

Hope it helps you.

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Answered by saiyedmeenaz81
0

Answer:

2040 meter

Explanation:

because 6*340:2040 meter

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