The first Law of Physics says "For every action there is an equal and opposite reaction". They experience exactly the same force.
To a point, the velocity of the bullet will increase. However, at some point, the gasses driving the bullet have maxed out, and beyond that point, the bullet will begin to slow from friction with the barrel. For a .22 LR cartridge, that length is about 12 inches. Larger cartridges have a greater "Max velocity" length, but there is a point of no more gain, and the start of loss of velocity.
No. The size-weight of the bullet also affects the knockdown power. Power, kinetic energy, force and momentum: they are all related, and each one carries a 'mass' component. It is, more expressly. the size of the Force or momentum of a moving object that determines its affect on other objects; and force and momentum are directly determined by both - the speed of the moving object and the size of its mass. As it requires a greater force to move the larger bullet in the first place, which therefore means greater energy expended to do so, so at the other end that greater energy is conserved in the larger bullet, and therefore hits its target with greater force and energy.
Like all laws of physics, every action has an equal and opposite reaction.In this case, the bullet has a motion propelled by kinetic energy and the skin is the opposing force or reaction.Since the bullet's force is greater than the skin;s resisting force, it pierces the skin, the point first curve sufficing the laceration to the skin, for the bullet to go through.
Yes. An elephant has a greater mass than a mouse and therefore experiences more gravitational force.
both experience the same impact
the recoil of a bullet fired from a gun
The recoil of a bullet being fired from a gun is a good example, the action force is the gun pushing the bullet away from the gun and the reaction force is the bullet pushing back against the gun (recoil).
It's the recoil from the force of the bullet being fired. The gun powder pushes the bullet forward and also equally pushes the gun back into your hand.
The one that splatters feels a greater force (over a shorter period of time).
When a gun is fired a bullet (or cartridge) with a small mass but a very high velocity is ejected. The recoil of the gun is a reaction to this force and is sufficient to push back the person who fired the weapon.
They are exactly equal. The bullet travels faster, and weighs less. The gun recoils more slowly, but weighs much more.
To a point, the velocity of the bullet will increase. However, at some point, the gasses driving the bullet have maxed out, and beyond that point, the bullet will begin to slow from friction with the barrel. For a .22 LR cartridge, that length is about 12 inches. Larger cartridges have a greater "Max velocity" length, but there is a point of no more gain, and the start of loss of velocity.
No. The size-weight of the bullet also affects the knockdown power. Power, kinetic energy, force and momentum: they are all related, and each one carries a 'mass' component. It is, more expressly. the size of the Force or momentum of a moving object that determines its affect on other objects; and force and momentum are directly determined by both - the speed of the moving object and the size of its mass. As it requires a greater force to move the larger bullet in the first place, which therefore means greater energy expended to do so, so at the other end that greater energy is conserved in the larger bullet, and therefore hits its target with greater force and energy.
Like all laws of physics, every action has an equal and opposite reaction.In this case, the bullet has a motion propelled by kinetic energy and the skin is the opposing force or reaction.Since the bullet's force is greater than the skin;s resisting force, it pierces the skin, the point first curve sufficing the laceration to the skin, for the bullet to go through.
Trajectory of a bullet in spaceAs per Newton's First Law of Motion, a body in motion tends to stay in motion (following a straight-line path), unless acted upon by an external force. If a bullet is fired on Earth, the external force that continuously acts on the bullet is the Earth's gravitational pull, which causes the bullet to travel in a curved (parabolic) path toward the Earth until it hits the ground. 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?
Unsure of your question. There are several forces. When the gun is fired, one force- expanding gasses from the burning gunpowder, pushes the bullet forward out of the barrel. PART of that force is diverted to extract the fired cartridge case, and to load a fresh cartridge. The ACTION of driving the bullet forward is matched by a REACTION- the recoil or "kick" of the firearm being pushed back.
The "kick" of a rifle- properly called recoil- is an example of REACTION- to the ACTION of the bullet being fired. "For every action, there is an equal and opposite reaction." The bullet going one way results in the gun being pushed the other way.