To break the sound barrier you have to travel than the speed of sound.
The speed of sound in air actually varies with temperature. When representing air as an ideal gas the speed of sound can be represented as
c = square root(γRT)
where
γ = specific heat ratio = 1.4
R = specific gas constant = 287
T = Temperature in Kelvin.
Using this equation the speed of sound in dry air at:
-100 degrees Celsius is 264 metres per second
0 degrees Celsius is 343 metres per second
100 degrees Celsius is 287 metres per second.
Lots of things.
Currently there are no regular vehicles that are faster than the speed of sound, although both the Concorde, and its Russian copy were faster than the speed of sound.
There are plenty of military aircraft that are faster than the speed of sound.
All spacecraft capable of reaching orbit are faster than the speed of sound.
There have been two or three experimental vehicles, "cars", that have gone faster than the speed of sound as well.
Many firearms will launch their bullets faster than the speed of sound.
1,116.4 ft/s at sea level, under normal (scientifically perfect) conditions.
we call them ultrasonic planes. There are no other vehicles.
Normally you should go about 1250 kpm to break the sound barrier in water, and about 770 on land. and go into sonic boom.
"Breaking the sound barrier" means that you go faster than the speed of sound. The speed of sound varies depending on various circumstances; in air, it is typically about 340 meters per second.
He has to travel at more than 760mph.
Light travels at 186,000 miles per second, which means you have to travel faster than that to break the light barrier. This feat is technically "impossible", since the faster you move, the more mass you have and the more mass you have, the more energy is required to move you, and by the time you reach the speed of light, you will need to have infinite energy. This doesn't apply to light particles, since they have no mass.
The speed of sound varies a lot, depending on the material through which it passes, and (to a minor degree) the temperature. In air, the speed of sound is about 330 meters/second, but in solids, the speed of sound can be several times larger than that. And yes, it is possible for an object to go faster than the speed of sound. Certain jet plains do that regularly.
Mach 24 is roughly equal 18,264 miles per hour. Mach is a term used to describe the ration of the speed of an object to the speed of sound. The speed of sound, at sea level, is roughly 761 mph. Mach 24 means that the ration of the speed of an object to the speed of sound is 24, meaning 24 times the speed of sound. Thus, at sea level, an object travelling at mach 24 is travelling at 24 times 761mph, which is 18,264 miles per hour.
carries fast
Only jet fighter planes break sound barrier now.
Any object traveling at a speed faster than sound will break the sound barrier. That is around 340 meters per second.
He broke the sound barrier October 14, 1947.
It's around 1,125 FPS, BUT you really don't want to break the Sound Barrier. See the link below.
Of course. As his name suggests Sonic moves very fast, faster than the speed of sound and is able to break the sound barrier.
Over super sonic speeds. They break the sound barrier five times over in order to deliver those presents so fast.
Well, you have to be a pegasus fast enough to break the sound barrier. For example, a pegasus like Rainbow Dash. Then, and only then, will you make a sonic rainboom. Hope this helped.
"Breaking the sound barrier" means that you go faster than the speed of sound. The speed of sound varies depending on various circumstances; in air, it is typically about 340 meters per second.
No he is not slow in the slightest. In fact, he is fast enough to break the sound barrier and cause a sonic boom. Earning him the title, the Fastest Thing Alive.
The Sound Barrier is a pressure wave. When an object accelerates it must push increasing ammounts of air out of the way. This causes pressure to build up. Normally this pressure is relieved through sound when the air molecules transfer their momentum to other molecules creating preaure waves. These pressure waves are what create sound. However these waves can only move so fast. The speed limit is known as the speed of sound or the "sound barrier." When an object's velocity is just bellow the sound barrier the object is moving at the same speed that the air is trying to move out of its way. This causes a build up of air into a pressure wave. This pressure creates a "Wall of Air" in front of the object and this wall takes a great deal of energy to push through. In short the Sound Barrier is formed because air molecules become squeezed together by sound waves until there is little room left for compression.
On October 14, 1947, Air Force Captain Charles E. "Chuck" Yeager became the first to break the sound barrier while flying the Bell XS-1.