to solve this you can use the equation d=vt
you are already given the time which for you is 0.8s
the velocity would be the speed of sound in air which is 343m/s
then you just have to plug in all in and you get 274.4m
but since it's an echo it covers the length of the cave twice so you would have to divide the distance by 2 which gives you:
137.2m
++++
That's arithmetically correct but are there any bats with an echo-locating range that large? From what I've read they are lucky to receive echoes from anything more than about 10m away, for although they can call at very high intensities their voice power is very low. Also, cave walls are irregular and even if highly reflective would scatter a large proportion of incident sound, reducing the echo strength considerably. It would be very interesting - assuming it could be done - to determine what they form in their brains from their echo-locating. Is it an image slightly like that of a sidescan-sonar, or simply an indication of an obstacle?
16.5m aka 1650cm and 16500mm and u suck toms chubby cheeks
It emits a high pitch
A thing that emits sound
The sound wave travels to the wall and back in 2 seconds, so the total travel time is 2 seconds. To find the distance, divide the total time by 2 (since the sound has to travel there and back), giving a distance of 1 second for the sound wave to reach the wall. Multiply this time by the speed of sound in air (approximately 343 m/s) to find the distance, which is about 343 meters.
Something that emits a force. Such as an EMP or a sound wave.
SONAR
Organ of corti
receives the sound waves by the malleus.
G sharp comes the closest!
A sonar instrument emits sound waves to measure the ocean floor. The sound waves travel through the water and bounce back when they hit the seafloor, allowing the instrument to calculate the depth and map the topography of the ocean floor.
The mach number is the speed of an aircraft, expressed as a fraction of the speed of sound in the atmospheric conditions in which the aircraft is flying. An aircraft flying at mach 1 is flying at the speed of sound.
No, because the loudspeaker creates sound while the ear receives sound.