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.

The farthest a bullet could travel depends on various factors such as the type of bullet, the gun it's fired from, the angle of elevation, and atmospheric conditions. In ideal conditions, a bullet could potentially travel several miles before losing enough momentum to be lethal. However, in most practical scenarios, bullets are effective up to a few thousand yards.

The velocity of a 5.56 mm bullet varies depending on the specific type of ammunition and firearm used. However, velocities typically range from around 2,700 feet per second (fps) to 3,300 fps.

Superman's powers include superhuman speed and strength, which allow him to stop a bullet in mid-air. However, if a gun is thrown at him, he may prioritize avoiding any potential harm or damage, as he is not invulnerable to all kinds of attacks. It's a matter of assessing the situation and responding accordingly to protect himself and others.

Also known as the Type PS, the 57N231 is is the standard Soviet full metal jacketed bullet issued for years for the SKS and AK47. The core is lead, with a small amount of tin/antimony added to increase the hardness. It does NOT have a steel core. The type 7N23 does have a hardened steel penetrator, and is classed as AP ammo. The Chinese Type 56 Ball has a partial mild steel core, but is not classed as AP.

A chronograph is typically used to measure the speed of a bullet. This device calculates the bullet's velocity by timing how long it takes to pass through two sensors placed a known distance apart. The speed is then calculated based on this elapsed time.

The force of an average bullet can vary depending on its caliber and velocity. Generally, bullets can exert thousands to tens of thousands of pounds of force upon impact with a target due to their high speed and energy.

Generally, you would need to be within about 100-300 feet of a bullet to hear it go through the air. This can vary depending on factors such as the bullet's speed, caliber, and environmental conditions. At greater distances, the sound of the bullet passing through the air may not be audible over other ambient noise.

The amount of bullet drop at 350 yards for a 30-06 sighted in at 200 yards will depend on factors such as bullet velocity, bullet weight, and specific load used. As a general estimate, you can expect approximately 10-12 inches of bullet drop at 350 yards with this setup. An accurate calculation would require more specific ballistics data.

A bullet rotates in flight due to the rifling inside the barrel of a gun. The rifling creates grooves that grip the bullet and cause it to spin as it travels down the barrel. This spin stabilizes the bullet's trajectory and improves accuracy.

A 9mm bullet will typically travel around 1,500 meters (1,640 yards) before gravity starts causing it to fall to the ground. This distance can vary depending on factors such as the bullet weight, velocity, and angle of fire.

The muzzle velocity for .44 Magnum ammunition typically ranges from 1,200 to 1,500 feet per second, depending on the specific load and barrel length. This high velocity contributes to the cartridge's reputation for delivering significant stopping power and terminal performance.

When a bullet is fired from a gun, the energy stored in the gunpowder is converted into kinetic energy that propels the bullet forward. The bullet carries this kinetic energy as it travels through the air until it hits a target or loses its energy through friction and air resistance.

The bullet drop for a 30-06 150 grain bullet at 200 yards will vary based on the muzzle velocity of the specific load being fired. On average, you can expect around 6-10 inches of drop at 200 yards, depending on the specific characteristics of the ammunition and rifle being used. It's best to consult ballistics charts or use a ballistic calculator for a more accurate estimation.

As a bullet moves down the barrel of a firearm, it gets propelled by expanding gases from the ignited gunpowder. The rifling inside the barrel causes the bullet to spin, improving its accuracy by stabilizing its flight. The bullet gains speed and energy as it accelerates down the barrel before exiting the muzzle.

The speed of a .223 short magnum bullet is faster than the speed of sound. A .223 short magnum bullet typically travels at speeds around 3,000 feet per second, which is much faster than the speed of sound at around 1,125 feet per second in air.

The distance a 115 gr 9mm bullet can travel depends on various factors such as the muzzle velocity, barrel length, bullet design, and atmospheric conditions. On average, a 115 gr 9mm bullet fired from a typical handgun can travel up to around 1000-1500 meters (3280-4921 feet) before losing its effectiveness.

Yes, the velocity of a 22 caliber bullet can change with the length of the barrel. Longer barrels allow for more time for the gunpowder to propel the bullet, resulting in higher velocities. Shorter barrels may not fully burn the gunpowder, leading to lower velocities.

A 22 caliber bullet can travel up to about 1.5 miles before losing sufficient velocity and energy to penetrate a skull. Beyond that distance, the bullet may not have enough force to penetrate effectively. It's important to note that factors like bullet design, velocity, and angle of impact can also affect the bullet's ability to penetrate.

A bullet to the brain can cause immediate loss of consciousness and function, but death may not be instant. It depends on factors such as the location of the bullet, the type of bullet, and the individual's health.

The duration of a TNT Fireworks Ammo Smoke canister varies depending on the specific product and conditions. Generally, these smoke canisters last anywhere from 20 seconds to a few minutes. It's best to refer to the product packaging or instructions for more precise information.

Foot pounds of energy for bullet impact is calculated by combining the bullet's weight and velocity to determine the amount of kinetic energy it delivers upon impact. This measurement helps quantify the bullet's terminal performance and stopping power. It is calculated using the formula: (bullet weight in grains * velocity in feet per second^2) / 450,240.

The speed at which a .380 ACP bullet falls straight down will be approximately 25-30 feet per second based on gravity (9.81 m/s^2) as it accelerates towards the ground. The speed will increase with time due to gravity pulling it down.

Bullets are fast because they are propelled by the force created by the exploding gunpowder in a firearm. This rapid expansion of gases generates high pressure that pushes the bullet out of the barrel at a high velocity.

The accurate range of a bullet depends on factors such as the type of firearm and bullet used, weather conditions, and the skill of the shooter. Typically, most handgun bullets have an effective range of up to 50-100 yards, while rifle bullets can be accurate up to several hundred yards or even over a mile for some high-powered rifles.