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Sound Produced By A Thunderstorm Is Heard 10 S After The

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Sound produced by a thunderstorm is heard 10 s after the lightning is seen. The approximate distance of the thunder cloud : (Given speed of sound = 340 m s 1) View Solution. Q4.

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.) Solution: Let the distance of thunder cloud from

NCERT Exemplar Solutions for Class 9 Science Chapter 12 Sound

Sound produced by a thunderstorm is heard 10 s after the lightning is ...

To calculate the approximate distance of the thundercloud from the observer, we use the given speed of sound, which is 340 m/s. Since the sound of the thunder is heard 10

Sound produced by a thunderstorm is heard 10 seconds after the lightning is seen calculate the approximate distance of the thundercloud take a speed 340 m per second.

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  • The sound produced by a thunderstorm is heard 10safter the

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

Solution For Question 15: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

Sound Distance Calculation Formula. The formula for calculating sound distance is:. Distance = Speed of Sound × Time. Where: Distance is measured in meters (m) or feet (ft); Speed of

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.) Ans: Speed

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 – 256 (given

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

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. Calculate the

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

  • Sound produced by a thunderstrom is heard `10 s` after the lighting is
  • NCERT Exemplar for Class 9 Science Chapter 12
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  • [Solved] Question 15:Sound produced by a thunderstorm is heard 10 s after..

A man beats drum at a certain distance from the mountain. He slowly increases the rate of beating and finds that the echo is not heard distinctly, when the drum beating is at the rate of 4

Sound produced by a thunderstorm is heard 10 s after the lightning is seen. The approximate distance of the thunder cloud : (Given speed of sound = 340 m s 1) View Solution. Q2. Sound

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

Q. Sound produced by a thunderstorm is heard 10 s after the lightning is seen. The approximate distance of the thunder cloud : (Given speed of sound = 340 m s 1) Q. Question 15 Sound

To solve the problem of calculating the distance of the thundercloud based on the time delay between seeing lightning and hearing thunder, we can follow these steps: 1. Identify the Given

Click here:point_up_2:to get an answer to your question :writing_hand:sound produced by a thunderstorm is heard 10 s after the lightning is seen the. Solve. Guides. Join / Login. Use app

Sound produced by a thunderstorm is heard 10 s after the lightning is ...

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

To calculate the approximate distance of the thunder cloud when the sound produced by a thunderstorm is heard 10 seconds after the lightning is seen, we use the formula distance =

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 = Calculate the approximate

If the sound produced by thunderstorm is heard 10 seconds after lightning that means sound took 10 seconds to reach from thundercloud. As the speed of sound is 340 m/s, so distance

Given that the speed of sound is approximately 340 m/s, and that the sound of the thunder was heard 10 seconds after the lightning was seen, we can use the formula: Therefore, the

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) For hearing

Sound produced by a thunderstorm is heard 10 s after the lightning is seen. The approximate distance of the thunder cloud : (Given speed of sound = 340 m s 1) View Solution. Q3. Sound

why do we hear the sound produced by the humming bees while the sound 01:21. If any explosion takes place at the bottom of a lake, what type of sho 01:25. Sound produced by a

Click here ? to get an answer to your question ️ Sound produced by a thunderstorm is heard 10 s after the lightning is seen. the approximate distance of the t

If the sound of thunder is heard 10 seconds after the lightning is seen, we can calculate the distance of the thunder cloud using the given speed of sound, which is 340 meters per second

Lightning reaches the observer with a very large speed, i.e., with the speed of light (3 × 108m/s) (3 × 10 8 m / s). Thus the entire time of 10s 10 s between the seeing of lightning

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