How fast did a musket ball travel

We hope you learned something new from reading this Wonder! We're glad you liked this Wonder. Thanks for stopping by Wonderopolis and leaving a comment! Yes, they are! You're right! You should always be with an adult. Thanks for reminding everyone! Hi, kenyaun! We appreciate you stopping by Wonderopolis and leaving a comment! That's right, AJ! That is another reason bullets are so dangerous. There are no warnings. Thanks for your comment!

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Read more in the 4th paragraph. Hello, oscar! Bullets travel at different speeds depending on the type of gun and bullet. Great, Jake! Hi, Aidan! Thanks adding to the discussion. That's interesting, logan! Thanks for sharing this fact with everyone. Hi, nick! We like cats, too. We encourage you to use the search feature to find Wonders about cats. Hi, Joe! So sorry to hear you didn't like this Wonder.

We know not everyone likes the same things. There are more than categories to explore! Welcome, Madison! That's what leads to more learning and discovery! The distance the bullet travels depends on several factors. Hi, wade! The Wonders of the Day just scrape the surface for the curious questions! We love when we're learning and having fun at the same time! That's the best! No need to apologize!

We hope this Wonder was helpful and you learned lots of new information! Hi, Souliyah! Thanks for sharing your thoughts about this Wonder and your prediction for tomorrow's Wonder. Great job explaining your thinking, too! Hi, Alex! You're right, bullets are fast and bullets are dangerous. Learning about gun safety is extremely important! Thanks for sharing.

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You can also share it with others at your school. Great question, Jeremiah! There is definitely science behind the speed of a bullet. Thanks for visiting Wonderopolis and leaving a comment! Hi, logan! Thanks for adding to the conversation! We hope you liked this Wonder and learned something new and interesting! Thanks for joining the discussion! We encourage you to read the Wonder closely to learn more! Hi, Isaac! We're glad you liked this Wonder of the Day! It's always great when we learn something new!

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Drag a word to its definition. You have answered 0 of 3 questions correctly and your score is:. Want to add a little wonder to your website? Help spread the wonder of families learning together. We sent you SMS, for complete subscription please reply. Follow Twitter Instagram Facebook. How fast can a bullet travel? Do bullets travel faster than sound? Do bullets travel in a straight line? Wonder What's Next? Try It Out Zoom!

Keep the learning going when you ask a friend or family member to help you check out the following activities: Can you run faster than a speeding bullet? We doubt it! But exactly how fast can you run? With the help of a friend or family member, measure out an area of about feet. Get a stopwatch and have someone time how fast it takes you to run that distance.

Then use a little simple division to determine how many feet per second you can run. How does that compare to a bullet's speed? Now you can find out! Simply head online to watch Slow Motion Bullet Impacts. What do you think? Do the impacts look like you thought they would?

Why or why not? To learn more about exactly what's inside your average bullet, read through The Anatomy of a Bullet online. Write down at least five interesting facts you can share with a friend or family member. Did you get it? Test your knowledge. Wonder Words leap gun fuse pin path spin bound bullet wobbly recoil trigger target locomotive propellant explosive gyroscope resistance corkscrew Take the Wonder Word Challenge. Join the Discussion. Yyyyyyyyyyyyooooooooouuuuuuu Sep 30, I did not like the video of the iPad ball and watermelon getting destroyed RIP watermelon iPad and ball: Cry cry cry cry.

Oct 3, It just shows how much damage a bullet can do! Nathaniel Reinhold Dec 12, Dec 17, That sure is a lot of information. Thanks for sharing, Nathaniel! May 23, Peter Feb 19, First of all you're not right, a bullet in this case a 9mm has three parts. One is the casing of the round that will hold the gun powder and the bullet it self. Not related to the topic take a Glock, when a bullet is fired all that gas from the bullet and pushes it back and cycles the next round into the chamber.

Spencer Feb 5, Feb 20, Thanks for sharing, Peter. Sounds like this Wonder aligns with your explanation. Peter Feb 21, Feb 24, B Feb 28, How far does a bullet go in a second? Once i got to shoot a paintball gun at cans. Richard Jan 25, Jan 25, Hi, Richard. Thanks for adding more information and joining the conversation! Mar 6, Sammy Jan 10, Jan 11, We don't think so, Sammy--that would be awfully dangerous! Aidan Hamburg Jan 11, There is the primer, powder, casing, and bullet.

The bullet is just the lead part at the front not all are lead. When you described it you said it as though the whole thing was called the bullet. You needed slower powder burns in those long barrels, a courser granulation was used, fast combustion and the finer grains where used to ensure complete combustion in the shorter barrels of handguns.

As the energy in black powder, the diminishing returns of increased charges, the muzzle velocity of black powder is from the extreme high of about feet per second fps down around fps. Most guns will fall into the 1, to about 1, fps area.

And with round balls the only way to increase the energy is to go to bigger bores, shooting larger balls. Take the. Sectional density SD is 0.

The Kinetic energy KE at 1, fps is only Now look at the. The secondary projectiles caused by the mighty.

Smoothbore muskets could be loaded faster, with the British soldier doing about 3 rounds a minute, while the patched balls of rifled barrels were lucky to get two rounds off, and that starting with a loaded gun. But the rifled barrel could reach out effectively to yards, making it a fine snipping and skirmishing weapon for precision hit and run attacks of the Patriots versus the British.

Then about the mid-nineteenth century two changes cause a dramatic change, the percussion cap and the Minie ball. Most countries where converting to the percussion cap, it worked better in damp conditions, had a faster lock time making shots more accurate and sped up the loading process. So the ball behaves exactly as it would if you were standing on the ground and not moving.

So what does this mean for our gun? If the gun shoots bullets at 1, mph, then the bullet will always move away from the gun at 1, mph. If you go to the front of a train that is moving at 1, mph and shoot the gun forward, the bullet will move away from you and the train at 1, mph, just as it would if the train were stopped.

But, relative to the ground, the bullet will travel at 2, mph, the speed of the bullet plus the speed of the train. So if the bullet hits something on the ground, it will hit it going 2, mph.

If you shoot the bullet off the back of the train, the bullet will still be moving away from you and the gun at 1, mph, but now the speed of the train will subtract from the speed of the bullet. Relative to the ground, the bullet will not be moving at all, and it will drop straight to the ground. What's true for bullets, however, is not true of some other things that you might "shoot" from the front of the train. A great example is sound waves. If you turn on the stereo in your living room, sound waves "shoot out" of the speaker at the speed of sound -- something like mph.