How many fps is the speed of sound4 min read

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The speed of sound is 768 miles per hour (1,236 kilometers per hour). This is the speed at which sound waves travel through the air.

How many FPS does it take to break the sound barrier?

The sound barrier is a phenomenon that occurs when an object travelling through the air reaches a speed of 768 mph (1,236 km/h). This creates a shockwave that can cause the object to break the sound barrier, producing a loud sonic boom.

How many FPS does it take to break the sound barrier?

There is no definitive answer to this question, as it depends on a number of factors, including the object’s size and shape. However, it is generally accepted that the sound barrier can be broken at speeds of around 767 mph (1,234 km/h).

This means that, in order to break the sound barrier, your computer would need to generate a frame rate of at least 767 frames per second.

How fast is sound in FPS?

How fast is sound in FPS?

Sound travels at a speed of around 340 meters per second in air. This means that it can take a little under a second for sound to reach someone who is standing 100 meters away from you.

The speed of sound can vary depending on the type of material it is travelling through. For example, sound travels faster through solids than it does through gases. This is because solids are denser than gases, meaning that there is more friction for the sound waves to pass through.

What is the speed of sound at 5000 ft?

The speed of sound at 5000 ft is about 716 mph.

How many feet per second is Super Sonic?

How many feet per second is Super Sonic?

Super Sonic is a character in the Sonic the Hedgehog video game series. He is able to move faster than the speed of sound and is known as the "Super Sonic."

Super Sonic’s speed is unknown, but is estimated to be faster than the speed of sound. In the game Sonic Adventure 2, Sonic is able to move so fast that he creates a sonic boom.

Has a 747 ever broken the sound barrier?

The Boeing 747 is a large passenger jet that first entered service in 1969. It is the world’s largest commercial jet airliner, with a capacity of up to 550 passengers. The 747 has a four-engine design and is capable of reaching a cruising speed of Mach 0.85, or about 575 mph.

There is some debate about whether or not the 747 has ever broken the sound barrier. In March of 1985, a British Airways 747 reportedly reached a speed of Mach 1.02. However, there is some question about whether this actually happened, as there was no independent confirmation of the flight.

So, while it is possible that a 747 has broken the sound barrier, there is no definitive proof that this has actually occurred.

Can bullets make sonic booms?

When most people think of sonic booms, they likely think of fighter jets screeching through the sky. But could bullets create the same effect?

The short answer is yes, bullets can create sonic booms. However, the circumstances have to be just right. For example, the bullet has to be traveling faster than the speed of sound, and it also has to be large enough.

As a general rule, the faster something travels, the more sonic booms it will create. So a bullet that is traveling faster than the speed of sound will create a sonic boom with every passage through the air.

But there are other factors that come into play as well. For example, the shape and size of the object also affect how loud and powerful the sonic boom will be. Larger objects will create louder and more powerful sonic booms than smaller objects.

In addition, the environment in which the sonic boom is created also matters. For example, if the air is humid, the sonic boom will be less powerful than if the air is dry.

So can bullets create sonic booms? The answer is yes, but the circumstances have to be just right.

How fast is the speed of dark?

The speed of dark is always a topic of curiosity for many. Although it is impossible to measure the exact speed of dark, scientists have been able to put a number to it. It is thought that the speed of dark is 186,282 miles per second. This is the speed at which light travels through a vacuum.