Nita heard the sound of lightning after 4 seconds of seeing it. What was the distance of the lightning from her? (The velocity of sound in air is 340 m/s?) (Ans: 1360 m). Solve the example.
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Answered by
4
Given conditions ⇒
Speed of the sound = 340 m/s.
Time taken by the sound to reach = 4 s
Using the Formula,
Distance = Speed × Time
∴ Distance = 340 × 4
= 1360 m.
Hence, the distance between the Nitu and the lighting from her is 1360 m.
Hope it helps.
Speed of the sound = 340 m/s.
Time taken by the sound to reach = 4 s
Using the Formula,
Distance = Speed × Time
∴ Distance = 340 × 4
= 1360 m.
Hence, the distance between the Nitu and the lighting from her is 1360 m.
Hope it helps.
Answered by
2
Answer:
1360 m
Explanation:
Suppose Nita is stood in open ground and she heard the lightning sound after 4 seconds of seeing it.
Given that,
Velocity of sound in air = 340 m/s
Time required = 4 seconds
To find: Distance between Nita and that Lightning
So,
Velocity = Distance / Time
340 m/s = Distance / 4 seconds
Distance = Velocity * Time
Distance = 340 * 4
Distance = 1360 meters
Therefore, the distance of Lightning from Nita is 1360 meters.
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