The echo indicates an approximate distance of 1325.2 meters.
At 0 degrees Celsius, sound travels at about 331.3 m/sec at sea level,
so the sound travelled 2650.4 meters in 8 seconds. Half of that was
on the way to the iceberg and half was the return time.
* variations with pressure and humidity can affect the ideal speed, and it may range from 331.2 to 331.6 m/second.
The time it takes for the sound wave to travel to the iceberg and back is 8 seconds. So, the total time for the sound to travel one way is 8/2 = 4 seconds. The speed of sound in air is about 343 m/s, so the distance to the iceberg is 343 m/s * 4 s = 1372 meters.
Reflected sound waves that are heard within 0.1 seconds create an echo. This happens when the sound wave bounces off a hard surface and returns to the listener's ears shortly after the original sound is heard.
The reflected sound waves that are heard within 0.1 seconds are known as echoes. These echoes occur when sound waves bounce off a surface and return to the listener in a relatively short time frame, causing a distinct repetition of the original sound.
When the sound is reflected.
When a sound wave is reflected, it produces an echo. The echo is the reflected sound wave that is heard after bouncing off a surface back towards the source.
Sound can be reflected off things - a reflection of sound is called an "echo" and can be heard.
The iceberg is 1372 meters away.
The echo indicates an approximate distance of 1325.2 meters. At 0 degrees Celsius, sound travels at about 331.3 m/sec at sea level, so the sound travelled 2650.4 meters in 8 seconds. Half of that was on the way to the iceberg and half was the return time. * variations with pressure and humidity can affect the ideal speed, and it may range from 331.2 to 331.6 m/second.
People up top say it sounded like going over a million marbles, a dull and creaky thud. People below heard it quite loudly, like a gash.
Reflected sound waves that are heard within 0.1 seconds create an echo. This happens when the sound wave bounces off a hard surface and returns to the listener's ears shortly after the original sound is heard.
people in the boiler rooms 1,2,3,4 and 5
The reflected sound waves that are heard within 0.1 seconds are known as echoes. These echoes occur when sound waves bounce off a surface and return to the listener in a relatively short time frame, causing a distinct repetition of the original sound.
When the sound is reflected.
RMS Titanic's lookout Frederick Fleet spotted the iceberg at 11:40pm on April 14, 1912. His warning "Iceberg, Right Ahead!" was immediately heard, but Titanic was too close to the iceberg to avoid collision, and she struck the iceberg seconds after his warning. The bulk of an iceberg is actually underwater - what is seen is actually a small part. The Titanic crew did its best to avoid the crash, but had no way of knowing that the iceberg in fact extended out past what was visible. In recent years, part of her bottom has been found some distance from the main wreck, confirming theories that her bottom was ripped open by the iceberg, causing the bulk of the damage that sank her just under 3 hours later (2:20am, April 15, 1912).
Ive heard that if you tip the iceberg, Aunt Arctic will give you a golden puffle but ive never heard of a rainbow puffle lol
Almost the same frequency and are sounded together.
The duration of I Heard - short film - is 420.0 seconds.
Sound can be reflected off things - a reflection of sound is called an "echo" and can be heard.