If a bullet is fired in outer space, however, it will be generally free from any external influences of celestial bodies; hence, the bullet will move in a straight line (and at constant speed) until it enters the gravitational field of a planet, star, or large asteroid, at which point its path will be deflected.
Here's a question for you; Would there be any oxygen to ignite the primer on the bullet to make the bullet explode?
In the vacuum of space, a bullet would continue on a straight path at a constant velocity due to its initial momentum. However, it would not experience the same deceleration caused by air resistance as it does in Earth's atmosphere. This means it could travel significantly farther than on Earth before losing its momentum and stopping.
Trajectory
The motion of a body along a path around some point in space is called circular motion. This type of motion involves the body moving in a circular path with a constant speed. The centripetal force acts towards the center of the circle, keeping the body in its circular path.
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Planets travel in space along an invisible path called their orbital trajectory. This path is determined by the gravitational pull of the star they are orbiting, causing them to move in an elliptical path. The planets follow these orbital trajectories as they revolve around the star in their respective orbits.
An orbit is the curved path followed by an object around a central body in space due to their gravitational interaction. It is the trajectory that an object, such as a planet or satellite, follows as it revolves around another object.
It's called a trajectory.
Trajectory.
The flight of a bullet is the path it follows after being fired from a firearm. This path is influenced by factors such as gravity, air resistance, wind speed, and the angle at which the gun is fired. Bullets typically travel in a parabolic trajectory, rising and then falling as they move towards the target.
Gravity will cause a fired bullet to decelerate as it travels through the air, pulling it down towards the ground and affecting its trajectory. The velocity of the bullet decreases over time due to the downward force of gravity, causing it to follow a curved path rather than a straight line.
The path is close to a parabola.
The trajectory of a bullet is the path it takes from the moment it is fired until it reaches its target. Bullet velocity refers to the speed at which a bullet travels through the air. The velocity of a bullet affects its trajectory, determining factors such as range and accuracy.
Both the fired bullet and the dropped bullet will hit the ground at the same time, given that there is no air resistance. This is because they experience the same vertical acceleration due to gravity, regardless of their horizontal motions.
A bullet spins due to the rifling in the barrel of the gun. As the bullet is propelled through the barrel, the rifling causes it to rotate, promoting stability and accuracy in its flight. This spinning motion helps the bullet maintain a straight path towards its target.
If a gun was parallel with the earth and was fired and at that very instant someone standing by the barrel dropped a bullet from beside the barrel, both bullets would hit the ground at the same time. Bullets start falling the instant they leave the end of the gun barrel. That is why hunters hold their rifles at an upward angle. It looks like the bullet will shoot up into the sky. The bullet will follow a curved path toward its target.
A small mass like a bullet can kill a person when fired from a gun because of the high kinetic energy it possesses. When the bullet is shot, it travels at a high velocity and transfers its energy to the target upon impact, causing significant damage to tissues and organs. This transfer of kinetic energy can be lethal, even though the bullet itself is small in size.
That would the "orbit".
He allowed us to take pictures of extremely high speed events, such as the path of a fired bullet, or the exact instant that a balloon explodes, or the wave pattern that a water drop makes.