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The total distance traveled by the sound wave is 2 m. At a rate of 330 m/s, it will take 0.00606 seconds for the bat to hear the echo.
You are too close to the surface from which the sound waves are reflected. As a result you brain cannot distinguish between the original sound waves and the reflexted sound waves (the echo).
Echo Point ended on 1995-12-01.
No need to fast for 2D echo, I just did mine.
echo or print < both of which write text: <?php echo "TEXT"; print "TEXT"; ?>
If the echo is off of a wall or a cliff, then it's about 170 meters (186 yards) away from you, but the echo can't tell you how high the wall or cliff is. Conversely, if the echo is off of the ceiling, then you are in a truly huge cavern. It would be highly unlikely that there would be a ceiling 170 meters high, but it is possible. More unlikely still would be a building with a ceiling that high.
Not Your Personal Army
Any wall in any enclosed room , hill or obstacle about 17 meters away or more will produce an echo.
clap and listen for the echo an echo is just a reverberation of sound bouncing off something solid about 17 meters away and returning will produce an echo. You can't litterally find an echo just clap and listen for one.
The iceberg is 1372 meters away.
echo turns into the echo we hear today.
Yes if it is barking into a cliff face or auditorium or a similar area
Sound waves reflect from objects. This is the echo. But a smooth surface and distance is required for this to occur. Sound moves at 343 meters per second in dry air at 20 degrees so if you make a sound and hear an echo 3 seconds afterwards the structure that reflected the sound is 1029 metres away. A distant wall, cliff, etc can act like a mirror to sound. Sound travels much slower than light ( 1715 metres in 5 seconds) so you get the sound wave back after a delay.
i would say ult echo echo
Echo was torn to pieces and spread all over the Earth.
-===answered by Cody p.===- 686 meters
Answer is .00606 of a second.