distance of Cliff from a point is 3 cm find the speed of sound if we listen his is 0.2 second
Answers
Answered by
0
Break up the 2 echoes into 2 parts.
Part 1: using the formula 2d=vt, where v= the speed of sound, 330m/s, t= time taken and d = distance, plug in the given values into the formula and you get d= 330m. Part 1 is done!Part 2 : do the same for this, see the above. ( you'll get d= 660m)
So, 330m is the distance from the shooter and the cliff, which reflected the sound wave to produce the 2s echo, while 660m is the distance from the shooter and the other cliff, which reflected the sound wave to produce the 4s echo. The distance between the cliffs is the sum of the distances which you found.
5.5k Views ·
Part 1: using the formula 2d=vt, where v= the speed of sound, 330m/s, t= time taken and d = distance, plug in the given values into the formula and you get d= 330m. Part 1 is done!Part 2 : do the same for this, see the above. ( you'll get d= 660m)
So, 330m is the distance from the shooter and the cliff, which reflected the sound wave to produce the 2s echo, while 660m is the distance from the shooter and the other cliff, which reflected the sound wave to produce the 4s echo. The distance between the cliffs is the sum of the distances which you found.
5.5k Views ·
Similar questions
English,
7 months ago
Business Studies,
7 months ago
Math,
1 year ago
English,
1 year ago
English,
1 year ago