Wiki User
∙ 14y agoIt's not potentially dangerous; it is dangerous. It's potentially fatal if it strikes someone. Theoretically, the bullet would return to earth at the same speed it left the muzzle of the gun, but in practice that is not the case because air resistance would cap the speed of descent. That's known as terminal velocity. Nevertheless, if the descending bullet struck you in the head at 180 to 200 miles per hour, there is little doubt that you would be severely injured or killed. Sad to say, numerous people are killed each year in New Year's celebrations (and other festivities) when people abuse firearms in such a manner.
Wiki User
∙ 14y agoYes, a warning shot fired into the air can be dangerous because the bullet can fall back to the ground at high velocity and cause injury or damage. It is not safe to fire a gun into the air as a warning shot.
There are approximately 1,500 potentially active volcanoes on Earth, some of which are considered dangerous due to their history of eruptions or their proximity to populated areas. The specific number of dangerous volcanoes can vary depending on factors such as volcanic activity and monitoring efforts.
No, the bullet would not orbit the Earth and hit you. Gravity would eventually pull the bullet down towards the ground due to atmospheric drag and other gravitational forces. The bullet's initial velocity and trajectory would determine how far it would travel before hitting the ground.
An asteroid is a small rocky body that orbits the sun; if it leaves its orbit, it can potentially enter the Earth's atmosphere, becoming a meteor and potentially hitting the Earth's surface as a meteorite.
If the arrangement of planets were reversed, it would disrupt the gravitational balance in our solar system. This could potentially lead to chaotic orbits, collisions, and other catastrophic events that could drastically affect Earth, such as major changes in climate and extreme weather. It would likely result in significant destruction and potentially threaten life on our planet.
The ozone layer
If a gun is fired into the air at a perfect right angle to the earth, the bullet will travel straight up until it stops and falls back to earth. When the bullet reaches the ground, it will be travelling at the same speed as when it exited the gun. Being hit with this bullet would be the same as being shot.
There are approximately 1,500 potentially active volcanoes on Earth, some of which are considered dangerous due to their history of eruptions or their proximity to populated areas. The specific number of dangerous volcanoes can vary depending on factors such as volcanic activity and monitoring efforts.
Why would you think Earth Day is dangerous? I mean, no holidays are dangerous..........
No, it is not possible to shoot a bullet into space from the ground on Earth. Bullets fired from firearms do not have enough velocity to escape Earth's gravity and reach space. Additionally, there are aerodynamic forces, air resistance, and other factors that would prevent a bullet from traveling to space.
The bullet is moving forward, and is spinning. As the bullet moves away from the gun, it falls towards the earth from gravity.
Potentially anywhere on earth
Bullet ants are relatively large ants, with adults typically measuring around 1 - 1.2 inches in length. They are known for their powerful and painful sting, which is described as feeling like being shot (hence the name "bullet ant").
That would depend on the mass of the bullet, the bullet's velocity when it left the barrel of the gun, and from how high up the bullet was fired from.
The earth was potentially all water
the earth moves faster than you or i can run the earth moves faster than the bullet from a gun
A bullet would travel much farther on the moon than on Earth due to the moon's weaker gravity and lack of atmosphere to slow it down. It could potentially travel for miles before losing enough momentum to come to a stop.
No, the bullet would not orbit the Earth and hit you. Gravity would eventually pull the bullet down towards the ground due to atmospheric drag and other gravitational forces. The bullet's initial velocity and trajectory would determine how far it would travel before hitting the ground.