A hundred years ago twp people on lake Geneva in Switzerland measured the speed of sound in water. One made a signal and started ringing a bell under the water.The other one started a stopwatch and then held his head under the water until he heard the bell.
The speed of sound is approximately 1,125 kilometers per hour (about 700 miles per hour) at sea level. The average distance from the Earth to the Sun is about 93 million miles (150 million kilometers). At the speed of sound, it would take roughly 6,700 years to reach the Sun.
Speed Index is a system that is used by the American Quarter Horse Association to rate the performance of racehorses. Speed Index is calculated by averaging the fastest three winning times over the past three years.
Astronomers don't use the speed of sound as a basis for measuring distances for a number of reason, but mainly because the distances being measured are quite large. The speed of light (300000000 m/s) is about six times faster than the speed of sound (~343 m/s), making it a better unit of measure. Consider this: Alpha Centauri A and B, which is the closest star system to us, are about 4.1154e+16 meters away. In light years, this is equal to about 4.35 light years away. If you were to measure this distance by using a unit of measure based on the distanced travelled by the speed of sound in one year, it would be equal to about 3.80e+6 "sound years".
This question is complicated by two factors. For one, Saturn is not at a fixed distance from Earth, so the answer would be a range rather than a specific amount of time. But more importantly, there's no fixed speed of sound the way there is for light. The speed of sound is determined by the density of the substrate which the wave is traveling through, say water or air. Even on Earth, the speed of sound through air will vary by temperature and altitude. Since there's nothing in space for the waves to propagate through, sound simply doesn't travel between Earth and Saturn; it has no speed. For the sake of providing an answer, though, let's pretend that space is actually air of the density of that at sea level on Earth. And that Saturn and Earth are at their closest, and stay still. If this were the case, it would take something like: 111 years 273 days 14 hours
Yes. It travels just under the speed of sound. At about 90-95% of it. Passenger planes don`t go faster then the speed of sound or they would produce sonic booms. This would prevent them from going over land since people would be constantly irritated by the bangs. The Concorde passenger plane could go faster then the speed of sound but was only allowed to travel at those speeds over oceans (Atlantic ocean). After many years of operation and a big accident it was eventually cancelled and deemed uneconomical. Economical air travel (lighter planes) and/or large volume of passengers (A380/787-8)is now the way forward. With the every higher energy prices and all.
It would take approximately 1 year to travel 1 light year at the speed of sound, which is around 767 mph (1,234 km/h). However, it is important to note that the speed of sound is much slower than the speed of light, which travels about 186,282 miles per second (299,792 km/s).
The speed of sound is approximately 1,125 kilometers per hour (about 700 miles per hour) at sea level. The average distance from the Earth to the Sun is about 93 million miles (150 million kilometers). At the speed of sound, it would take roughly 6,700 years to reach the Sun.
Sound can not travel in the vacuum of space, but if it could, and assuming the same speed as in normal air, then it would take about 19 years for sound to travel 93 million miles at 768 miles per hour.
Speed Index is a system that is used by the American Quarter Horse Association to rate the performance of racehorses. Speed Index is calculated by averaging the fastest three winning times over the past three years.
Astronomers don't use the speed of sound as a basis for measuring distances for a number of reason, but mainly because the distances being measured are quite large. The speed of light (300000000 m/s) is about six times faster than the speed of sound (~343 m/s), making it a better unit of measure. Consider this: Alpha Centauri A and B, which is the closest star system to us, are about 4.1154e+16 meters away. In light years, this is equal to about 4.35 light years away. If you were to measure this distance by using a unit of measure based on the distanced travelled by the speed of sound in one year, it would be equal to about 3.80e+6 "sound years".
Sound outlook-is a newsletter published three time's each years bythe DEP OFFICE of Long Island Sound Program's and Bureau of Water Management.T addresses the water quality coastal resourcess and coastal uses of Long Island sound
This question is complicated by two factors. For one, Saturn is not at a fixed distance from Earth, so the answer would be a range rather than a specific amount of time. But more importantly, there's no fixed speed of sound the way there is for light. The speed of sound is determined by the density of the substrate which the wave is traveling through, say water or air. Even on Earth, the speed of sound through air will vary by temperature and altitude. Since there's nothing in space for the waves to propagate through, sound simply doesn't travel between Earth and Saturn; it has no speed. For the sake of providing an answer, though, let's pretend that space is actually air of the density of that at sea level on Earth. And that Saturn and Earth are at their closest, and stay still. If this were the case, it would take something like: 111 years 273 days 14 hours
A bears life is calculated in human years.
The speed of sound through nitrogen is about 354m/s, and the speed of sound through oxygen about 332m/s, so a mixture of both would be about, I guess,( 354m/s + 332m/s) ÷2 = 343m/s. This question was on my phsics test something like 3 years ago. Hope this helps on your test or whatever. :) (I just seriously hope you're not cheating! LOL)
That will be kind of related to your speed, in a sense, as it were. At 1 mile per year, it would take 26,496,072,000,000,000 years. At the speed of sound, it would take 3,939,645,794 years. At the speed of light, it would take 4,507.445 years. (rounded) The thing we like best about this type of question is that we're sure never to be called out on our answer, since the questioner has no need of it, and neither knows nor cares whether it's right or wrong.
Yes. It travels just under the speed of sound. At about 90-95% of it. Passenger planes don`t go faster then the speed of sound or they would produce sonic booms. This would prevent them from going over land since people would be constantly irritated by the bangs. The Concorde passenger plane could go faster then the speed of sound but was only allowed to travel at those speeds over oceans (Atlantic ocean). After many years of operation and a big accident it was eventually cancelled and deemed uneconomical. Economical air travel (lighter planes) and/or large volume of passengers (A380/787-8)is now the way forward. With the every higher energy prices and all.
Calculated at around 11,400 earth years.